hulamin extrusions · 2019-12-19 · • in 2008 hulamin acquired the hydro aluminium shareholding...
TRANSCRIPT
Think Future. Think Aluminium.
STANDARD PROFILE CATALOGUE
HULAMIN EXTRUSIONS
www.hulaminextrusions.co.za
Note:Allthe information has been provided in good faith. However, if there is an error in the information,whether due to the negli-gence of the company or otherwise, the company cannot accept Liability for any loss caused by such an error. Similarly, the com-pany accepts no liability of any nature whatsoever, whether arising through damage or loss caused by the customer’s negligence or other fault.
Hulamin Extrusions reserves the right to modify any specifications and/or dimensions without prior notice in the interest of product development.
1
Introduction
SynopsisThis Hulamin Extrusions Standard Profile Catalogue lists the
range of standard dies available at the time of going to press.
RangeThe range of extrusions available is constantly changing and enquiries for shapes not listed can be made through any of our sales offices. Please also refer to our website, www.hulaminextrusions.co.za for the latest version of this
catalogue.
ShapeAll dimensions are expressed in millimeters (mm). Fully dimensioned die drawings are available from any one of our sales offices which can provide complete details of any section
required.
MassAll profile masses are expressed in kilograms per metre (kg/m).
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Hulamin Extrusions
Hulamin Extrusions has a proud record of extrusion supply both locally and throughout the world. Our commitment is to build a reputation with our customers for quality and service.
Company Profile
The aluminium extrusion business of Hulamin Extrusions was founded 40 years ago by Alcan.
Today Hulett Extrusions have production plants in Olifantsfontein, Pietermaritzburg and a sales office in Cape Town. Our expertise and reputation emanates from our diverse shareholder background which includes
• Alcan - the founding company.• Huletts Corporation - who acquired the majority
shareholding from Alcan in 1974.• Tongaat Hulett - Huletts Corporation merged with the
Tongaat Group in 1981 and the name was changed to Hulett Aluminium in 1982. Alcan subsequently sold its remaining 26% shareholding and Hulett Aluminium became a wholly owned subsidiary of Tongaat Hulett in 1986.
• Hydro Aluminium Extrusions - one of the world’s leading extruders became a shareholder in the extrusion division during the period 1997 to 2008.
• Hulamin Extrusions - in June 2007 Hulamin listed on the Johannesburg Stock Exchange and subsequently Hulett- Hydro Extrusions changed its name to Hulamin Extrusions.
• In 2008 Hulamin acquired the Hydro Aluminium shareholding to become the sole shareholder of Hulamin Extrusions.
Hulamin Extrusion’s customer base covers all the major market segments in the Southern African market, extending into the demanding engineering markets within the United Kingdom, Europe and North America.
In Southern Africa Hulamin Extrusions are the leaders in developing extrusions for a diverse range of markets which design products and solutions using the benefits of extruded aluminium.
Quality from Start to Finish
Hulamin Extrusions operates a quality management system approved to ISO 9001:2008 and dimensional tolerances to EN755. This system allows quality management from an initial contract review through to product shipment. Laboratory facilities are also available to assist with quality assurance and any necessary metallurgical testing.
Hulamin Extrusions also boast the prestigious ISO14001:2004 Environmental Management Systems accreditation, proudly looking after our environment and promoting the recycling of aluminium and other process waste.
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Contents
How to order .............................................................................................................................................5The Properties of Aluminium .............................................................................................................................................6Alloys .............................................................................................................................................7Technical Grade ...........................................................................................................................................11Manufacturing Limits ...........................................................................................................................................11Dimensions ...........................................................................................................................................12Lengths ...........................................................................................................................................12General ...........................................................................................................................................12Forms of Corrosion ...........................................................................................................................................13Corrosion resistance in different environments ...............................................................................................................14Surface Treatment ...........................................................................................................................................14
Angles Type 2 ..................................................................................................................................................16Type 3 ..................................................................................................................................................16Type 4 ..................................................................................................................................................17Type 5 ..................................................................................................................................................19Type 6 ..................................................................................................................................................20Type 13 ..................................................................................................................................................20
Channels Type 1 ..................................................................................................................................................21Type 2 ..................................................................................................................................................24Type 3 ..................................................................................................................................................24Type 4 ..................................................................................................................................................25Type 5 ..................................................................................................................................................25Type 7 ..................................................................................................................................................25Type 11 ..................................................................................................................................................26
Extruded Rods ..................................................................................................................................................27
Extruded Tubes ..................................................................................................................................................28Flat Bars
Type 1 ..................................................................................................................................................31Type 2 ..................................................................................................................................................33Type 3 ..................................................................................................................................................34
Square Bars ..................................................................................................................................................35
Hexagonal Bars ..................................................................................................................................................35
Rectangular Hollows ..................................................................................................................................................36
Square Hollows ..................................................................................................................................................39
I - Sections ..................................................................................................................................................41
Tees Type 1 ..................................................................................................................................................42Type 2 ..................................................................................................................................................43
Z - Sections ..................................................................................................................................................43
Engineering Data for Structural Shapes ...................................................................................................................................44Angle
Type 1 ..................................................................................................................................................44Type 2 ..................................................................................................................................................47Type 3 ..................................................................................................................................................48Type 4 ..................................................................................................................................................49Type 5 ..................................................................................................................................................53Type 6 ..................................................................................................................................................54
Channel Type 1 ..................................................................................................................................................55Type 2 ..................................................................................................................................................59Type 3 ..................................................................................................................................................60Type 4 and 5 ..................................................................................................................................................61
I - Sections ..................................................................................................................................................62
T - Sections Type 1 ..................................................................................................................................................63Type 2 ..................................................................................................................................................64
Index ..................................................................................................................................................65
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How to order
Essential information required for entry of enquiries or orders
Complete specifications:• alloy/condition• drawing number/die number• part number where applicable• lengths• special tolerances• finishing requirements - painting and anodising (type, colour and micron thickness of anodising)• whilst the exact finishing and anodising perimeters are shown, the price for painting/anodising might be based on a
minimum finishing perimeter• fabrication related specification details to ensure material conforms to detailed requirements
Additional information:• End use: Brief detail on end use of material• Delivery requirements: State specific delivery requirements
PackingUnless otherwise specified on the order, normal Hulamin Extrusions packing methods will be used.
Shipping tolerancesExtruded products will, within practical limits, be supplied in the number of pieces ordered. Unless otherwise stated, orders for production by Hulamin Extrusions will be subject to a mass or piece quantity tolerance of ± 10%.
If over-shipment is not permissible the order shall be endorsed “Do not over-ship mass” (or “Pieces” as is applicable) in which case an under-shipment of 10% may be supplied.
Supply of an exact number of pieces or other shipping tolerances closer than those stated will be subject to enquiry, and may incur a price premium.
Other requirementsOrders should be clearly detailed with any special requirements.
Minimum acceptable quantities per itemThe process is such that a minimum length of extrusion emerges from the extrusion cycle. This results in certain minimum quantities being readily produced. All enquiries will be handled by our sales offices who will advise on minimum quantities. A price premium is applied to smaller orders.
MassesThe masses shown for sections in this catalogue are for guidance and may vary slightly according to the alloy and the dimensional accuracy achieved when produced and within the permissible tolerances.
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The Properties of Aluminium
Aluminium has a unique and unbeatable combination of properties that make it a versatile, highly usable and an attractive construction material.
MassAluminium is a light metal with a density of 2,700 kg/m, one third that of steel. (8,400 kg/m )
StrengthAluminium is strong with a tensile strength between 70 and700 MPa, depending on the alloy and manufacturing process. Extrusions of the right alloy and design can be as strong as structural steel.
ElasticityThe Young’s modulus for aluminium (E=69 000 MPa) is a third that of steel. This means that the moment of inertia has tobe three times as great for an aluminium extrusion to achievethe same deflection as a steel profile.
FormabilityAluminium has good formability in both hot and cold condition, a characteristic that is used in full in the extrusion process. Aluminium can also be cast, drawn and rolled.
MachiningAluminium is very easy to machine. Ordinary fabrication equipment (saws and drills) and machining equipment (lathes and milling machines) can be used.
JoiningAluminium can be joined using all the normal methods available such as welding, brazing, adhesive bonding and riveting.
Corrosion resistanceA thin layer of oxide is formed when exposed to air. This provides very good protection against corrosion even in corrosive environments. This layer can be further strengthened by sur- face treatments such as anodising or powder coating.
ConductivityThe thermal and electrical conductivities are excellent, even when compared with copper. Furthermore, an aluminium conductor has only half the weight of an equivalent copper conductor.
Thermal ConductivityAluminium thermal conductivity is half that of the equivalent sized copper element (8 900 kg/m3), but has a density (2 700 kg/m3) of less than a third of that of the copper element. The equivalent aluminium element therefore comes at less than half the price and is much easier to handle because of the light weight.
Linear expansionAluminium has a relatively high coefficient of linear expansion compared to other metals. This should be taken into account at the design stage to compensate for differences in expansion.
Non-toxicAluminium is non-toxic and is therefore highly suitable for the preparation and storage of food.
ReflectivityAluminium is a good reflector of both light and heat.
Aluminium’s physical properties compared to other common construction materials.
Aluminium 6063 Copper Steel 371 Plastic
Strength / Breaking strength (MPa) 225 250 400 50
Ductility / Expansion (%) 10 to 24 25 20 25
Elasticity E, Young’s modulus (MPa) 69 000 125 000 210 000 3 000
Density (kg/m3) 2 700 8 900 7 800 1 400
Melting point (°C) 600 to 655 1 080 1 500 80
Working temperature range (x 10°/ Ωm) -250 to 150 -200 to 300 -50 to 500 -50 to 80
Electrical conductivity m/Ohm-mm2 35 55 7 -
Heat conductivity (W/mK) 200 400 76 0,15
Coefficient of linear expansion x 10-6/ oC 23 17 12 60 to 100
Non-magnetic Yes Yes No Yes
Weldable Yes Yes Yes Yes
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Alloys
Technical InformationAlloy Nomenclature
Alloy Series Main alloying constitueent
1xxx Aluminium, 99.0% minimum and greater
2xxx Copper
3xxx Manganese
4xxx Silicon
5xxx Magnesium
6xxx Magnesium and Silicon
7xxx Zinc, Magnesium and/or Copper
Important:The four-digit system of alloy nomenclature used by Hulamin Extrusions, in common with the Aluminium Federation, uses a block number to indicate the main alloying constituents.
Alloy Designations
Alloy EN Equivalent Previous German Equivalent
1070A Al 99,7 Al 99,7
6005A Al SiMg (A) AlMgSi 0,7
6061 Al MgSiCu -
6063 Al Mg0,7Si AlMgSi 0,5 F22
6082 Al Si1MgMn AlMgSi 1
Guaranteed Mechanical Properties - Extruded Products
Alloy TemperThickness 0.2% Proof
stress Min MPa
Ultimate tensile strength Elongation Min
Over mmUp to and
including mmMin MPa Max MPa A % Min
A 50 mm
% mm
1070A F - All - 60 - 25 23
6005A SOLID
PROFILES
T4 - 10 90 180 - 15 13
T6 - 5 225 270 - 8 6
T6 5 10 215 260 - 8 6
T6 10 80 200 250 - 8 6
6005A HOLLOW PROFILES
T4 - 10 90 180 - - 13
T6 - 5 215 255 - - 6
T6 5 15 200 250 - - 6
6061
O - - - - 150 16 14
T4 - 25 110 180 - 15 13
T6 - 80 240 260 - 8 6
6063
O - 100 - - 130 18 16
T4 - 25 65 120 - 14 12
T5 - 3 130 175 - 8 6
T5 3 25 110 160 - 7 5
T6 - 10 170 215 - 8 6
T6 10 80 160 195 - 8 6
6082
O - 100 - - 160 16 14
F - 100 - 110 - 13 12
T4 - 80 110 205 - 14 12
T6 - 5 250 290 - 8 6
T6 5 80 260 310 - 8 -
Note:Thickness is defined as the diameter of solid rod or the wall thickness or the equivalent major solid cross-section thickness. Greater than those shown are subject to enquiry.The 0.2% Proof Stress is used to identify the elastic limit for aluminium alloys in the same way that Yield Stress is used for steels.The 0.2% Proof Stress fixes the elastic limit for all practical purposes as the stress causing a permanent deformation (strain) at 0.2%This approach is necessary because, unlike steels, which yield elastic, aluminium alloys show no such clearly identified yield point.Mechanical properties in the F temper are not guaranteed.1 Mpa = 1MN/m2; 1 Pasca; (Pa) = 1 N/m2.A Value = 5.65 s2 where s2 is the initial cross-sectional area of the test piece.
7
The choice of material is a critical decision in all product development. Aluminium makes it possible to give the product suitable physical and mechanical properties at the same time as achieving an aesthetically attractive appearance.
Furthermore, the extrusion technique, combined with the number of application opportunities. It also forms the basis for product improvement. Pure aluminium is only used in a limited way commercially. The majority of extrusions are made from aluminium alloyed with other metals.
The most common elements used are magnesium (Mg),silicon (Si), manganese (Mn), zinc (Zn) and copper (Cu). They form between 0.2 and 0.7 per cent of aluminium alloys.
Aluminium alloys used for extrusions are generally designated with the following serial numbers:1000 series - Al6000 series - Al + Mg + Si
Alloy
Percentages
Si Fe Cu Mn Mg Cr Zn TiOthers
Each Total
1070A 0,20 0,25 0,03 0,03 0,03 - 0,07 0,03 0,03 -
6005A 0,5-0,9 0,35 0,30 0,50 0,40-0,7 0,30 0,20 0,10 0,05 0,15
6061 0,40-0,8 0,7 0,15-0,40 0,15 0,8-1,2 0,04-0,35 0,25 0,15 0,05 0,15
6063 0,20-0,6 0,35 0,10 0,10 0,45-0,9 0,10 0,10 0,10 0,05 0,15
6082 0,7-1,3 0,50 0,10 0,40-1,0 0,6-1,2 0,25 0,20 0,10 0,05 0,15
The 1000 series is not heat treatable. These alloys are often chosen in products where high thermal and electrical con- ductivity are desired. They have low strength.
The 6000 series are heat treatable. They are the most com- monly used extrusion alloys and have a wide range of applications.
The 6000 series has good extrudability and can be solution heat treated at the extrusion temperature. Furthermore, these alloys have medium to high strength, are easy to weld and offer good resistance to corrosion, even in marine en- vironments. The bulk of the extruded material for load bear- ing constructions is made from these qualities. They are used for load bearing constructions both on land and at sea.
The 6063 alloy offers medium strength and is easy to extrude even for complicated cross sections. This alloy is one of the most used extrusion alloys. It has good formability during bending in the T4 condition. Typical applications are extrusions for windows and doors, lighting, awnings, handrails and furniture. This material is highly suitable for anodising, both for decorative and protective reasons.
The 6005 alloy has higher strength than 6063 but is slightly harder to extrude. The material withstands comparatively little elongation before there is permanent deformation in the heat treated condition. This alloy can be exposed to greater inter- crystalline corrosion than 6063 and 6082, it is suitable for anodising for protective purposes but the quality of the surface make decorative finishing more difficult.
The 6061/6082 alloys have high strength qualities and are suitable for extrusion of cross-sections that are not too com- plicated. Typical applications are load carrying structures in ships, offshore transport, and the building industry such as platforms, bridges, stairs, scaffolds and handrails. The material is suitable for anodising for protective purposes.
Temperature – mechanical propertiesCare should be taken when using aluminium at high temperatures. Mechanical properties could significantly be reduced at temperatures above 100°C, especially if the material has been thermally hardened or cold worked.
In general the 6063, 6005, 6061 and 6082 alloys should not be used in structures at temperatures above 100°C. The tensile strength decreases as the temperature increases while elong- ation on fracturing usually increases. It should be noted that the characteristics are dependent on alloy, temperature, and time. If the designer is unfamiliar with the exact temperature characteristics for a given alloy, it can be assumed as a starting point that properties such as tension, shear and fatigue strength vary in proportion to the tensile strength.
Low temperature propertiesIn contrast to steel, aluminium alloys do not become brittle at low temperatures. In fact aluminium alloys increase in strength and ductility whilst impact strength remain unchanged. As the temperature decreases, below 0°C, the yield strength and tensile strength of aluminium alloys increase.
Tempers
Temper Description Application
F As fabricated Forging stock: Maximum formability
O Annealed Forging stock: Maximum formability
T4 Solution heat treated and naturally aged Formability with higher properties than F or O conditions
T5 Cooled from an elevated shaping process and artificially aged
Where highest mechanical properties are not required by end use (i.e. non-structural)
T6 Solution heat-treated and artificially aged Where highest mechanical properties are required
8
Summary of Alloys
Hulamin Extrusion Alloys Condition 1070A 6063 6005 6061 6082
Yield strength, (MPa)
O 20 - - - -
F 25 - - - -
T4 - 95 70 145 125
T6 - 225 260 275 290
Tensile strength, (MPa)
O 75 - - - -
F 80 - - - -
T4 - 190 160 220 225
T6 - 250 285 310 315
Elongation, A5 %T4 - 24 22 20 20
T6 - 10 8 10 10
Brinell Hardness, HBT4 - 47 47 65 65
T6 - 81 92 100 100
Density (kg/m2) - 2 700 2 700 2 700 2 700 2 710
Young’s Modulus (MPa) - 69 000 69 000 69 000 69 000 69 000
Coefficient of expansion20-100 C (x 10-6/ °C)
- 24 23 23 24 23
Thermal conductivity20°C (W/mK)
- 229 200 200 180 180
Electrical conductivity % IACS - 62 52 52 46 46
Melting Point (°C) - 645-658 600-655 615-655 580-650 580-650
EN-AW 6063A 6005A 6061 6082
Values for the mechanical properties can vary for different process parameters. The values given are typical and can be guaranteed on the assumption that a special agreement has been reached.
The relationship between some accepted methods for measuring hardness.
Brinell
Vickers
Rockwell ‘F’
Rockwell ‘E’
Rockwell ‘B’
Rockwell ‘K’
Webster
Hardness Number
45 50 55 60 65 70 75 80 85 90 95 100 105 110
46 51 55 61 66 71 76 82 87 92 98 103 109 115
36 46 54 61 67 71 76 79 82 85 87 89 91 -
47 55 62 68 72 77 80 83 86 88 90 92 94 96
- - - - 12 23 32 39 45 50 56 60 63 66
- 15 25 35 41 48 53 58 62 66 70 73 76 78
5 7 9 10 11 12 13 13-14 14-25 15 15-16 16 16-17 17
9
DH
WDefinitions
1. Flat solid shapes:Shape to be basically flat. Thickness to be uniform.No dovetails or screw receiving slots.
2. Regular solid shapes: H = 1/3 D W = 3/ D3. Medium depth channels: H = 1/3 D W = 1/2 D4. Deep solid channels: H = 1/2 D to 3W
5. Semi-hollow and hollow shapes
Metal Thickness Chart
4.00
3.80
3.60
3.40
3.20
3.00
2.80
2.60
2.40
2.20
2.00
1.80
1.60
1.40
1.20
4.00
3.80
3.60
3.40
3.20
3.00
2.80
2.60
2.40
2.20
2.00
1.80
1.60
1.40
1.20
20 40 60 80
100
120
140
160
180
200
220
240
260
280
mm
Diameter of Circumscribing Circle (D)
Min
imu
m r
eco
mm
ende
d m
eta
l th
ickn
ess
(T)
Min
imu
m r
eco
mm
end
ed m
eta
l thi
ckne
ss (T
)
mmmm
Sem
i-hol
low a
nd h
ollo
w shap
es (5
)
Deep solid
channel
s (4)
Medium depth ch
anne ls , angles,
tees (3)
Re gu lar so lid
shapes (2)
Fl at s olid s hapes (1)
10
Technical Grade
Technical grade implies that the following tests will be carried out.
Ultrasonic testingThe aluminium billet to be used will be ultrasonically tested to a pre-determined level to detect inclusions and cracks. Should a customer require the billet to be to a higher standard, the standard of acceptance shall be agreed with the customer prior to manufacture and clearly stated on the order.
Etch test piecesFor extruded lengths or bars or sections produced, test pieces of the full cross-section shall be taken from the front end and back end of the extruded length. The specimen shall be suitably prepared, etched and inspected. The etched sur-face shall be free from harmful defectsD If any specimenreveals a harmful defect, the relevant length of bar or section shall be scrapped.
• Definition - Harmful defects in the above context refers to any physical defect such as cracks and over extrusion, which can be seen with the naked eye. It is up to the pur- chaser to inform the manufacturer of any other possible defects for which the product should be checked.
Longer than normal discardsFor each billet extruded, a longer than normal discard will beset and maintained so as to obviate the risk of over extrusion.
Drift testingAll hollow sections with wall thickness up to 12 mm produced by the porthole type extrusion die shall have test pieces cut from every extruded length. Test pieces shall be subjected to an expansion test to determine the soundness of the extruded seam welds. HE can however not provide a 100% guarantee on the weld soundness even though the above testing has been carried out. It is the responsibility of the end user to ensure that the product is entirely suitable for its intended use. Profiles with wall thickness greater than 12 mm cannot be drift tested.
TraceabilityAll test pieces and heat treatment records relating to Tech- nical Grade lots are kept for a period of six months and five years respectively to enable traceability and ongoing evalu- ation of quality.
Manufacturing Limits
General NotesManufacturing limits are imposed by available production facilities and also by the nature of the extrusion process. The size and power of available extrusion presses limit the overall cross-sectional dimensions of sections. The stretching, hand- ling and heat-treatment equipment limit cross-sectional areas and lengths. Lengths may also be limited by transport restrictions. Minimum thickness, shape configuration and complexity of detail may be limited by the extrusion process as well as by press capacity. Manufacturing limits for sections of complicated shape and abnormal design may be narrower than stated. The limits given are for sections designed accor ding to accepted extrusion design practice. The maximum circumscribing circle diameters given on Page 12 are a guide and must not be read as being available at the minimum thickness shown in the adjacent column. A guide as to this ratio of circumscribing circle to minimum thickness may be obtained from the diagram on Page 10. The maximum limits as dictated by press capacity, are given on Page 12
Manufacturing Tolerances
As with all manufacturing and fabrication processes, the pro- cess whereby aluminium is extruded sets a range of manufac- turing tolerances within which aluminium extrusion products can be expected to vary.
The extrusion process is remarkable in its ability to produce lengths of intricate shapes within close shape and dimen- sional tolerances. Normal deviations are proved to be small and to have little impact in a very wide range of applications. Although dies are produced to exact size with virtually no tolerances allowed in manufacture, the extruded profile emer- ging from the die is subject to:
• Extrusion flow effects (influenced by die design and shape design)
• Cooling effects (both cooling medium and profile design can lead to irregular cooling)
• Handling effects (transfer and stretching)
Minor deviations to shape and size can be expected to occur no matter how experienced the die designer, how good the handling equipment or how well-trained the operating staff. It is against this background that extrusion tolerances need to be part and parcel of the extrusion process. In no way are published tolerances to be seen as the extruder’s choice of how accurately he decides or wishes to work. Rather, extru- sion tolerances need to be seen and understood to be the range of shape and dimensional variations, which can be expected from the process.
The choice open to the extruder faced with requests for closer than standard or published tolerances depends on the nature of the request.
• If a metal dimension is involved, i.e. across the web of a channel, the prospects are good that closer than normal tolerances may be achieved provided the dimension is measurable. Shorter die life is likely to be incurred because the die may need to be replaced earlier than normally is the case, due to die wear.
• If a space dimension is involved, i.e. the width across the open flanges of a channel. Only in exceptional cases where it is vital for an assembly, will closer than Data Book tolerances be considered.
The straightness of a length of extrusion can depend on the degree to which the shape can be stretcher-straightened without incurring shape distortion. A compromise between straightness and shape may result. Both straightness and twist can be influenced by imbalance of the shape itself.
It is most important that new users of extruded products are aware from the design stage that machining tolerances can- not be expected from the extrusion process. All too often de- signers and draughtsman have had experience of machine shop tolerances only and need guidance in the understan- ding of extrusion tolerances or they are likely to specify the tolerances they are most familiar with. This can result in needless communications with producer plants, possibly obscuring, as a result, very real needs a designer may have for closer than normal tolerances.
The time to discuss extrusion tolerances is thus at thedesign stage rather than after delivery of the product which may be found to be difficult to use because allowance has not been made for normal tolerances.
11
The tolerances used by our extrusion plants as published in the Data Book are those published by the British Standards institute in BS EN 755. Tolerances for tubes may vary from BS EN 755 and are as published in the Data Book.
Requests for tighter tolerances than these may be considered. Requests to produce to other specifications such as DIN, ASTM, BS EN 12020 and ISO will be considered but this must be made clear to the producing plant at the enquiry stage.
Dimensions
Notes: (Refer to table below)1. The manufacturing limits below are given as guidelines only
and profiles outside of these limits may be available upon request.
2. The minimum thickness at which a section can be extruded is dependent on the alloy, circumscribing circle diameter, shape configuration and the complexity of detail. A guide to the relationship between circumscribing circle diameter and minimum wall thickness is shown on page 10. The minimum thickness listed above does thus not relate to the maximum circumscribing circle diameters.
3. The maximum limit on cross-sectional area is imposed by extrusion ratio and stretching capacity. Sections of greater cross-sectional area may be supplied in the unstretched condition, on enquiry, but mechanical properties and straightness will not be guaranteed.
Hollow ProfilesTube and hollow shapes for the architectural and general engineering markets are produced by the porthole extrusion process. In this process the seam welds are formed in the dies during the extrusion process. Although considerable tonnages of hollow shapes and tubing are regularly and successfully extruded and put to good use, it is possible for weld soundness to be adversely affected by process factors. In spite of all measures normally taken during extrusion to achieve sound welds, the weld quality may vary along the extruded length. Notwithstanding the successful use made regularly of hollow shapes and tubing produced by the porthole extrusion method, it is not possible to guarantee such welds. Drift testing as described in the section of Technical Grade, can be performed and gives a reasonable degree of assurance of the seam weld quality. However, this test can only be carried out on the ends of hollow profiles and tubes. Where physical injury or danger can result from seam weld
failure, e.g. hang glider tubing, yacht masts, drift testing is recommended. Where tubing is required to contain pressurised fluids, pressure testing is recommended before use.
Lengths
Maximum lengthsThe normal maximum straight length is 12 metres but 14,5 metre lengths may be available, subject to enquiry and dependent on transport conditions. Maximum length may also be limited by the maximum mass of section that can be supplied.
Minimum lengths
Pieces less than 500 mm in length are generally available butare subject to enquiry.
Random lengthsWhere customer accepts random lengths and orders are endorsed accordingly, between 3 metres and 8 metres will be supplied. It is possible to supply most of an order to a length suitable to the customer within this range, and the balance only in random lengths.
Multiple LengthsSections can be supplied in multiples of the required unit length. In calculating the overall length an allowance of 5mm must be made for each saw cut.
Specified LengthsWhen a specified length is ordered, all lengths will be cut to specification within the limits of the length tolerance.
General
Products outside the limits outlined below will be subject to enquiry.
Tubing and Hollow Sections
Maximum LimitsMaximum Wall Thickness 12,0 mmMaximum Mass per Metre 13,0 kg/m
Minimum LimitsMinimum Tube Wall Thickness 1,2 mmMinimum Tube outside Diameter 10,0 mm
Dimensional Capability Guide
AlloyMaximum
circumscribing circle diameter mm
Minimum thickness mm
Range of cross-sectional areas and mass
Maximum Minium
Area mm2 Mass kg/m Area mm2 Mass kg/m
SOLI
DS
1070A 320 1,20 5000 13,6 26 0,07
6005A 320 1,40 5000 13,6 48 0,13
6061 320 1,50 5000 13,6 55 0,15
6063 320 1,20 5000 13,6 29 0,08
6082 320 1,60 5000 13,6 55 0,15
HO
LLO
WS
1070A 200 1,25 5000 13,6 55 0,15
6005A 200 1,50 5000 13,6 195 0,53
6061 200 1,50 5000 13,6 195 0,53
6063 200 1,25 5000 13,6 55 0,15
6082 200 1,60 5000 13,6 195 0,5312
Rod and Bar
Maximum Limits for Normal ExtrusionMaximum Diameter 80 mm (area 5 000 mm²)
Spreader Sections
All spreader sections are prone to defective areas at the front and back of each extruded length (apart from the front of the very first billet during a production run), which necessitates the removal of a rejection of up to 3 meters of metal from the front and 1 meter from the back end of the pressed lengths.
Maximum Mass per Metre = 13,6 kg/mMaximum Length of a 13,6 kg/m section = 6,5 m e.g. Maximum Length of a 10 kg/m section = 9,0 m Maximum Useable Billet Mass (length 910 mm) = 105 kg
Important: Due to high mass per metre, profiles greater than12 kg/m will be supplied in Technical Grade only.
Forms of Corrosion
One of the principal reasons for choosing aluminium and its alloys for construction applications is their high corrosion resistance. Although aluminium is a chemically active metal, its behaviour is stabilised by the formation of a protectivefilm of oxide on the surface. Generally, this film is stable in aqueous solutions with pH 4.5 – 8.5. Further considerations need to be made if the pH exceeds these limits or the environment contains chloride.
Although generally very stable, the most common types of corrosion, which can occur on aluminium alloys, are summarised below:
Uniform attackThe corrosion proceeds homogeneously over the whole surface of the metal. With aluminium and its alloys this type of corrosion is mainly seen in very alkaline or acid environments where the solubility of the natural oxide film is high.
Pitting corrosionPitting corrosion is the most common type of corrosive phenomena with light alloys, and is characterised by local discontinuities in the oxide film, i.e. locally reduced film thickness, rupture, localised concentrations of impurities/alloying elements, etc. Aluminium is sensitive to pitting when chloride ions are present (e.g. sea water). Pits develop at weak spots in the surface films and at sites where the oxide film is mechanically damaged.
Pitting can penetrate several millimetres during a short period of time if the surrounding conditions are extremely unfavourable. The pits can be of different shapes, wide or narrow. The narrow pits can often be dangerous since the pits could be deep and difficult to detect.
The correct choice of alloy and surface treatment e.g. anodising, powder coating, coating with anodic layer (Zn), cathodic protection with sacrificial anodes or applied current, or by use of inhibitors, are methods which can be used to limit or prevent pitting corrosion. Frequent cleaning, as well as ventilation of dense constructions and a profile design avoiding accumulation of stagnant water, are recommended.
Intergranular corrosion(IGC) is a selective corrosion around the grains and in the adjacent zones without any appreciable attack on the grain itself. The
reason for the IGC is a difference in corrosion potential between grain boundaries and the bulk of the immediately adjacent grains. The difference in potential may be caused by the difference in chemical composition between the two zones. This situation may for example develop as a result of slow cooling after the extrusion process.
In this case the grains will be larger and the intermetallic particles will precipitate on the grain boundaries, thus increasing the potential difference between the grain boundaries and the interior of the grain.
Due to the low metal consumption, intercrystalline corrosion is difficult to detect visually and even less by measurements of weight loss. However, if the corrosion is permitted to propagate into the metal, the mechanical properties of the material will be severely deteriorated.
Alloys in 6000 series are normally resistant to IGC, however, this is dependent on the chemical composition. Recrystallised structures in addition to high content of Si or Cu, may give corrosion of this type. Addition of Mn/Cr will prevent or minimise recrystallisation. IGC of alloys in 7000 series is linked to MgZn precipitates, which are very anodic compared to aluminium.
One action to prevent IGC is the correct choice of alloy. In addition, see the actions mentioned under “Pitting Corrosion”.
Crevice corrosionCrevice corrosion may occur in narrow crevices, filled with liquid (e.g. water). Use of sealant prior to joining may prevent penetration of moisture. By use of correct profile design, it is possible to minimise the risk of crevice corrosion.
Water staining is a type of crevice corrosion and is caused by water or moisture entrapped between, for example, densely stacked profiles. Water staining is a very common corrosion type. The appearance varies from iridescent in mild cases, to white, grey or black in more severe instances. Water staining on profiles is normally removed by finishing (grinding) or powder coating.
Profiles without any surface treatment should never be stored outdoors, even though plastic wrapping is used, because of risk of condensation. Storing should be carried out in places with a maximum relative humidity of RH 45 %, and a maxi-mum temperature variation of ±5°C. During transportationfrom a cold to a warmer area, the temperature should be increased gradually to avoid condensation on the metal.
Galvanic corrosionGalvanic corrosion is the type of corrosion that occurs when two metallic materials are in contact in the presence of an electrolyte. Corrosion will increase on the least noble material (the anode) and decrease on the noblest (the cathode). Since aluminium is less noble than most commonly used construction materials, with the exception of zinc, magnesium and cadmium, this can be a serious form of corrosion with aluminium.
The protective effect from the oxide layer can be seriously compromised by the coupling to a more noble material. This is especially dangerous in atmospheres or water with high concentrations of chlorides or other aggressive substances.
Most types of aluminium corrosion can be related to some kind of galvanic coupling with a dissimilar material.Galvanic corrosion can be avoided or minimised by means of the following actions:
13
• If possible, avoid the use of materials far from each other in the galvanic potential difference series of the environ ment where it will be used (stainless steel not included). However, if that is not a practical solution, the different material qualities have to be properly electrically insulated. It is important to use insulation material of proper electri cal resistance and to avoid metallic contact in the entire construction. This can be checked by resistant measure ments using a multimeter.
• Aluminium may be protected by means of sacrificial anodes.
The most noble material can be surface treated with e.g. a metallic coating (Al/Zn), organic coating, (lacquer, paint, plastic, rubber) or a special coating for screws and bolts. The surface treatment has to be carried out correctly, that means treatment shall not be done only on the less noble material. As a consequence, a defect in the surface coating may generate a very unfavourable cathode/anode ratio (a big cathode area in relation to a small anode area gives considerable corrosion). Galvanic corrosion in, combination with crevice corrosion, may give concentrated attacks. Based on that, it is important to avoid entrapment of water or other liquids in crevices between materials of varying nobleness.
• Avoid transfer of ions of noble materials to aluminium sur faces, for instance droplets from a copper tube on an alumi nium surface will generate precipitation of copper metal. The result is corrosion of aluminium (deposition corrosion). The next step will be micro-galvanic corrosion between aluminium and the copper particles in the aluminium sur face. Severe pitting may occur within a few weeks.
Filiform corrosion (FFC)Filiform corrosion on passivated surfaces exhibits itself as thin, threadlike and shallow attacks progressing below sur face layers such as paint. The corrosion normally starts in coating defects (e.g. on mitres) and follows certain directions, like for example the extrusion direction. The front of the attack is supported by moisture, which penetrates the surface layer and becomes depleted of oxygen making the area anodic.
FFC is mainly an aesthetical problem, but corrosion products may cause deformation in narrow crevices or delamination of surface treatment. The extensive FFC attack observed during corrosion testing can be attributed to a reactive uppermost surface region showing an unpredictable chemical composi tion, which may be formed during thermo-mechanical trans formation of the alloy. It is proven that sufficient metal removal of aluminium 2 g/m² by chemical etching prior to properly performed chromating is required. Providing this is done properly, aluminium extrusions in 6060/6063 will exhibit high FFC resistance.
Corrosion resistance in different environments
The atmosphereCorrosion is insignificant in clean country air. Aluminium doesnot corrode where there are high levels of sulphur dioxidebut can under certain circumstances become dark or matt in appearance.
WaterPitting can occur in stagnant water. The composition of the water is the important factor as the presence of copper, calcium, chloride and bicarbonate ions increase the risk signifi cantly. This can be prevented however by regular cleaning and drying. In this way the aluminium is highly suitable for making saucepans for example.
SeawaterAlloys containing silicon, magnesium and manganese show good resistance to corrosion in seawater. Copper alloys on the other hand should be avoided.
SoilThe resistance to corrosion is to a great degree dependenton the moisture in the soil and its pH. Aluminium surfaces in contact with the soil are best treated with a thick layer of bitumen or a powder coating.
AcidsThe majority of inorganic acids have a very corrosive effect on aluminium – except nitric acid. High temperature, high acid concentrations and high levels of impurities in the level of the aluminium increase the rate of corrosion significantly.
AlkalisStrong alkalis are very corrosive. Sodium hydroxide reacts violently with aluminium. The rate of corrosion can be reduced in environments where the pH is between 9 and 11 by using silicates. Wet cement has a high pH and therefore corrodes aluminium alloys.
Organic compoundsAluminium is highly resistant to the majority of organic com pounds. Corrosion can occur however with some anhydrous liquids.
Other materialIn practice the corrosion problem caused by the contact with other materials is for the most part small. The natural oxide layer provides protection.
Surface Treatment
In its natural state, Aluminium has a clean and attractive sur face with good corrosion resistance. There are a number of types of surface treatments that improve resistance to corro sion and mechanical wear. They can also provide a decorative appearance or in other ways alter the properties of the surface.
AnodisingAnodising is an electrochemical process where the thickness of the oxide film on the aluminium surface is increased artifi cially. The process involves lowering the extrusion into an elec trolytic bath where a DC current is connected to the extrusion, which acts as the anode in the circuit. While the natural oxide film is only 0.02 um, anodising increases the oxide layer to between 5 and 25 um depending on the product characteristics required. With the anodising process, aluminium’s natural colour (naturally anodized) can be retained or a colour from a wide range of alternatives can be chosen.
Powder coatingPowder coating offers a virtually unlimited choice of colours and is very durable.
Other methods of surface treatmentOther methods of surface treatment include screen printing and the use of protective foils. Grinding, polishing and barrel processing are examples of mechanical surface treatments.
14
Angles
Type 1 angles have legs of equal length and of equal thickness.The radii are all less than or equal to 0.80 mm.
Profile Number
Amm
Tmm
R1
mmFinishPeri.
C.C.D.mm
Est. kg/m
15137 12.70 1.60 0.76 49 18 0.102
15554 12.70 3.18 0.40 50 18 0.191
150021 15.00 1.25 0.40 59 21 0.097
15579 15.00 1.50 0.40 59 21 0.115
15574 15.00 2.00 0.40 59 21 0.151
15565 15.00 3.00 0.40 59 21 0.219
15992 15.88 1.59 0.40 62 22 0.130
15297 19.04 1.60 0.40 76 27 0.158
15823 19.05 3.18 0.40 75 27 0.301
15145 19.06 3.18 0.30 76 27 0.301
150019 20.00 1.25 0.40 79 28 0.131
15578 20.00 1.50 0.40 79 28 0.156
15556 20.00 2.00 0.40 79 28 0.206
15859 20.00 3.00 0.40 79 28 0.300
15147 22.22 1.60 0.30 89 32 0.186
15148 22.22 3.18 0.64 89 31 0.355
150020 25.00 1.25 0.40 99 35 0.165
150003 25.00 1.50 0.40 99 35 0.197
15359 25.00 1.60 0.30 99 36 0.210
15526 25.00 2.00 0.50 99 35 0.260
15871 25.00 3.00 0.40 99 35 0.382
15940 25.00 4.00 0.40 99 35 0.498
15192 25.40 1.52 0.25 101 36 0.203
15824 25.40 3.18 0.40 101 36 0.410
15193 25.40 4.75 0.63 102 36 0.595
15158 25.40 6.36 0.40 101 36 0.766
15527 30.00 2.00 0.50 119 42 0.314
15860 30.00 3.00 0.40 119 42 0.463
15529 30.00 3.00 0.76 118 42 0.462
15861 30.00 4.00 0.40 119 42 0.607
15901 30.00 5.00 0.40 119 42 0.745
15708 31.75 1.60 0.30 126 44 0.268
15826 31.75 3.18 0.40 126 45 0.517
15555 31.75 4.76 0.40 126 45 0.757
15163 31.76 6.36 0.40 126 45 0.985
15540 35.00 3.00 0.50 139 50 0.544
15970 38.00 3.00 0.40 151 53 0.593
15972 38.00 6.00 0.40 151 54 1.138
15164 38.00 1.14 0.55 151 54 0.231
150007 38.10 1.60 0.40 151 54 0.323
15291 38.10 2.04 0.76 151 54 0.408
15827 38.10 3.18 0.40 151 54 0.629
15828 38.10 4.78 0.40 151 54 0.925
Profile Number
Amm
Tmm
R1
mmFinishPeri.
C.C.D.mm
Est. kg/m
15170 38.10 6.35 0.40 152 54 1.202
15862 40.00 2.00 0.40 159 56 0.422
15879 40.00 3.00 0.40 159 56 0.626
15557 40.00 4.00 0.40 159 56 0.824
15532 40.00 5.00 0.76 158 57 1.015
15373 40.00 6.00 0.40 159 57 1.203
150014 44.45 4.76 0.40 177 63 1.085
15913 45.00 4.00 0.40 179 64 0.932
15733 50.00 3.00 0.50 200 71 0.788
15906 50.00 4.00 0.40 199 70 1.040
15973 50.00 4.50 0.60 199 70 1.164
15533 50.00 5.00 0.76 198 71 1.286
15854 50.00 6.00 0.40 199 70 1.528
15993 50.80 1.59 0.40 202 72 0.431
15829 50.80 3.18 0.40 202 72 0.848
15830 50.80 4.76 0.40 202 72 1.249
15831 50.80 6.35 0.40 202 72 1.639
15174 50.80 9.52 0.76 201 72 2.374
150000 60.00 2.00 0.40 239 85 0.639
15880 60.00 3.00 0.40 239 85 0.951
15572 60.00 4.00 0.40 239 85 1.257
15872 60.00 6.00 0.40 239 85 1.853
15207 63.50 3.18 0.64 252 90 1.068
15206 63.50 4.78 0.64 254 90 1.580
15176 63.50 6.36 0.40 253 90 2.080
15363 64.00 8.00 0.76 254 91 2.600
15907 70.00 6.00 0.40 279 99 2.178
15485 75.00 3.00 0.50 299 106 1.194
15980 75.00 6.00 0.40 299 106 2.340
15735 76.00 2.00 0.50 303 107 0.812
15420 76.00 4.00 0.64 304 107 1.604
15832 76.20 3.18 0.40 304 108 1.286
15833 76.20 4.78 0.40 304 108 1.912
15834 76.20 6.35 0.40 304 108 2.513
15210 76.20 9.52 0.40 304 108 3.686
15178 76.20 12.70 0.76 303 108 4.807
15984 101.60 6.35 0.40 405 153 3.387
15994 101.60 9.53 0.40 405 143 5.001
15947 120.00 8.00 0.40 479 169 5.029
15856 120.00 12.00 0.40 479 170 7.414
150005 152.40 12.70 0.40 608 215 10.053
R1
A
A
T
Type 1
15
Angles
Type 2 angles have legs of equal length and of equal thickness.The radii are all greater than 0.80 mm.
Profile Number
Amm
Tmm
R1
mmR2
mmFinish Peri.
C.C.D.mm
Est.kg/m
15949 50.00 5.00 1.20 1.20 197 70 1.284
15545 50.80 3.18 6.35 3.18 197 72 0.860
15546 50.80 4.76 6.35 3.18 197 72 1.260
15547 50.80 6.35 6.35 3.18 197 72 1.650
15543 76.20 6.35 7.93 6.35 295 108 2.503
15544 76.20 9.53 7.93 6.35 295 108 3.679
15135 101.60 6.36 9.52 6.36 396 144 3.399
15813 101.60 9.53 9.53 6.35 396 144 5.007
Type 3 angles have legs of equal length and of equal thickness.The inside corner radius is greater than 0.80 mm.Other radii are less than or equal to 0.80 mm.
Profile Number
Amm
Tmm
R1
mmR2
mmFinish Peri.
C.C.D.mm
Est.kg/m
15103 38.10 4.74 5.34 0.64 150 54 0.938
15104 38.10 6.36 5.34 0.64 150 54 1.220
15110 50.80 3.18 6.10 0.64 204 72 0.872
15111 50.80 4.76 6.10 0.64 185 72 1.269
15112 50.80 6.36 6.10 0.64 199 72 1.662
15113 50.80 7.92 6.10 0.64 201 72 2.035
15119 63.50 7.92 6.86 0.64 250 90 2.582
15121 76.20 6.36 7.62 0.76 302 107 2.547
15122 76.20 7.96 7.62 0.64 300 108 3.148
15123 76.20 9.52 7.62 0.64 300 107 3.719
15125 88.90 6.36 8.38 0.64 351 126 2.994
15234 88.90 7.95 8.38 0.64 351 126 3.699
15127 88.90 9.52 8.38 0.64 351 126 4.381
15128 88.90 12.70 8.38 0.64 351 126 5.722
15130 101.60 9.52 9.14 0.64 401 144 5.044
15132 127.00 9.52 10.66 0.76 502 180 6.372
15294 127.00 12.70 6.36 0.76 504 180 8.327
15286 152.40 9.52 12.18 0.76 603 216 7.703
15287 152.40 12.70 12.18 0.76 603 216 10.138
Type 2
Type 3
R1
R2
A
A
T
R1
R2
A
A
T
16
Angles
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 mm.
ProfileNumber
Amm
Tmm
R1
mmR2
mmFinishPeri.
C.C.D.mm
Est.kg/m
15346 12.70 6.35 1.40 0.30 37 14 0.066
15236 12.70 9.53 1.57 0.64 45 16 0.087
15408 15.88 9.52 1.60 0.64 49 18 0.102
15039 19.06 12.70 3.18 0.64 62 23 0.247
15038 19.06 12.70 1.58 0.76 62 23 0.128
15909 20.00 10.00 2.00 0.40 59 22 0.151
15885 20.00 15.00 2.00 0.40 69 25 0.179
15041 22.22 7.96 3.18 0.30 60 23 0.232
15042 22.22 9.52 1.60 0.76 62 24 0.129
150027 25.00 10.30 1.30 0.50 69 27 0.119
15347 25.00 12.50 1.50 0.30 74 28 0.146
15928 25.00 15.00 2.00 0.40 79 29 0.206
15985 25.00 20.00 3.00 0.40 89 32 0.341
15241 25.40 12.70 1.60 0.64 75 28 0.157
15050 25.40 12.70 3.18 0.25 76 29 0.301
15051 25.40 15.88 1.60 0.64 83 30 0.172
15264 25.40 15.88 3.18 0.64 83 30 0.329
15731 30.00 10.00 2.00 0.25 79 31 0.206
15567 30.00 15.00 2.00 0.40 89 33 0.233
15558 30.00 15.00 3.00 0.40 89 34 0.341
15875 30.00 20.00 2.00 0.40 99 36 0.259
15559 30.00 20.00 3.00 0.40 99 36 0.382
15926 30.00 20.00 4.00 0.40 99 36 0.498
15057 31.76 19.06 3.18 0.40 102 37 0.410
15058 31.76 25.40 3.18 0.64 113 40 0.465
15882 35.00 20.00 3.00 0.40 109 40 0.422
150018 38.00 25.00 3.00 0.40 125 45 0.487
15061 38.10 12.70 3.18 0.64 102 40 0.409
15837 38.10 19.05 3.18 0.40 113 43 0.465
15838 38.10 25.40 3.18 0.40 126 46 0.519
15845 38.10 25.40 4.75 0.50 126 46 0.756
15581 40.00 10.00 2.00 0.40 99 41 0.258
150002 40.00 20.00 1.60 0.40 119 44 0.253
15876 40.00 20.00 2.00 0.40 119 44 0.314
15886 40.00 20.00 3.00 0.40 119 44 0.463
15576 40.00 20.00 4.00 0.40 119 45 0.607
15950 40.00 25.00 2.00 0.40 129 47 0.341
15986 40.00 25.00 3.00 0.40 129 47 0.504
15931 40.00 30.00 2.00 0.40 139 50 0.368
15562 40.00 30.00 3.00 0.40 139 50 0.544
15064 44.46 22.22 2.04 0.64 132 50 0.356
15065 44.46 22.22 3.18 0.76 132 50 0.545
15067 44.46 38.10 3.18 0.76 163 59 0.683
15339 46.00 17.00 2.00 0.50 125 49 0.330
15877 50.00 20.00 2.00 0.40 139 54 0.368
15937 50.00 20.00 3.00 0.40 139 54 0.544
150012 50.00 25.00 1.60 0.40 149 56 0.318
Type 4R1
A
B
T
17
Angles
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 mm.
ProfileNumber
Amm
Tmm
R1mm
R2mm
FinishPeri.
C.C.D.mm
Est. g/m
15987 50.00 25.00 3.00 0.40 149 56 0.585
15571 50.00 30.00 2.00 0.40 159 58 0.422
15932 50.00 30.00 3.00 0.40 159 58 0.626
15933 50.00 30.00 4.00 0.40 159 58 0.824
15564 50.00 40.00 3.00 0.40 179 64 0.707
15976 50.80 12.70 3.18 0.50 126 52 0.519
15839 50.80 19.05 3.18 0.40 139 54 0.574
15248 50.80 25.40 1.60 0.64 151 56 0.322
15073 50.80 25.40 2.02 0.76 152 57 0.409
15840 50.80 25.40 3.18 0.40 151 57 0.629
15849 50.80 25.40 4.76 0.40 151 57 0.921
15075 50.80 25.40 6.36 0.76 152 57 1.204
15841 50.80 38.10 3.18 0.40 177 64 0.738
15902 50.80 38.10 4.76 0.40 177 63 1.086
15927 60.00 15.00 2.00 0.40 149 62 0.395
15582 60.00 25.00 2.00 0.40 169 65 0.449
15857 60.00 30.00 3.00 0.40 179 67 0.707
15953 60.00 30.00 4.00 0.40 179 67 0.932
15573 60.00 30.00 5.00 0.40 179 67 1.151
15924 60.00 40.00 3.00 0.40 199 72 0.788
15929 60.00 40.00 4.00 0.40 199 72 1.041
15888 60.00 40.00 5.00 0.40 200 72 1.287
15959 60.00 40.00 6.00 0.40 199 72 1.528
15899 60.00 50.00 2.00 0.40 219 78 0.585
15570 60.00 50.00 4.00 0.50 219 79 1.148
15078 63.50 25.40 3.18 0.76 178 68 0.731
150010 63.50 38.10 3.18 0.40 202 74 0.848
15903 63.50 38.10 4.76 0.40 202 74 1.249
15989 63.50 38.10 6.35 0.40 202 74 1.639
15262 63.50 50.80 6.36 0.64 229 81 1.860
15375 70.00 50.00 1.50 0.30 239 86 0.482
150025 70.00 60.00 2.00 0.60 258 92 0.693
15520 75.00 25.00 2.00 0.50 200 79 0.531
15999 75.00 50.00 3.00 0.40 249 90 0.991
15517 75.00 50.00 4.00 0.50 249 90 1.311
15969 75.00 50.00 6.00 0.40 249 90 1.935
15504 76.00 22.00 2.00 0.40 196 79 0.520
15355 76.00 38.00 2.00 0.50 227 85 0.606
15421 76.20 25.40 2.03 0.76 203 80 0.548
15842 76.20 25.40 3.18 0.40 202 80 0.848
15085 76.20 38.10 3.18 0.30 228 85 0.957
15252 76.20 38.10 4.74 0.64 229 85 1.410
15988 76.20 38.10 6.35 0.40 228 85 1.857
15843 76.20 50.80 3.18 0.40 253 92 1.067
150015 76.20 50.80 4.50 0.40 253 91 1.493
15263 76.20 50.80 6.35 0.64 252 91 2.078
15936 80.00 20.00 2.00 0.40 199 82 0.531
Type 4R1
A
B
T
18
Angles
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 mm.
ProfileNumber
Amm
Tmm
R1mm
R2mm
FinishPeri.
C.C.D.mm
Est.kg/m
15925 80.00 30.00 3.00 0.40 219 85 0.869
15920 80.00 40.00 3.00 0.40 239 89 0.951
15863 80.00 40.00 5.00 0.40 239 89 1.558
15356 100.00 35.00 3.00 0.50 269 105 1.072
15919 100.00 40.00 3.00 0.40 279 107 1.113
15878 100.00 50.00 3.00 0.40 299 112 1.195
15518 100.00 50.00 4.00 0.76 300 112 1.580
15858 100.00 50.00 5.00 0.40 299 112 1.964
15887 100.00 50.00 6.00 0.40 299 112 2.341
15900 100.00 70.00 2.00 0.40 339 122 0.910
15844 101.60 50.80 3.18 0.40 304 114 1.286
15977 101.60 50.80 6.35 0.40 304 113 2.513
150008 101.60 76.20 6.35 0.40 355 127 2.950
15524 110.00 25.00 2.00 0.50 270 113 0.721
15587 110.00 55.00 2.80 0.50 328 123 1.230
15519 115.00 25.00 2.00 0.50 280 118 0.748
15379 120.00 50.00 3.00 0.50 339 130 1.357
15962 120.00 60.00 8.00 0.40 359 133 3.728
15944 120.00 80.00 3.00 0.40 399 144 1.601
15943 120.00 100.00 4.00 0.40 439 156 2.341
15290 127.00 50.00 2.00 0.76 352 136 0.947
15971 130.00 100.00 8.00 0.50 459 164 4.812
15952 150.00 50.00 4.00 0.40 399 158 2.124
150017 150.00 50.00 6.00 0.50 399 158 3.154
15958 150.00 100.00 10.00 0.40 499 180 6.504
150006 152.40 76.20 6.35 0.40 456 170 3.824
15983 152.40 76.20 9.53 0.40 456 170 5.657
15958 150.00 100.00 10.00 0.40 499 180 6.504
150006 152.40 76.20 6.35 0.40 456 170 3.824
15983 152.40 76.20 9.53 0.40 456 170 5.657
Type 5 angles have legs of unequal length but of equal thickness.The radii are all greater than 0.80 mm.
Profile Number
Amm
Bmm
T mm
R1
mmR2
mmFinishPeri.
C.C.D.mm
Est.kg/m
15852 63.50 50.80 4.76 6.35 3.18 222 81 1.425
15816 76.20 50.80 6.36 7.94 4.76 246 92 2.089
15333 100.00 75.00 5.00 2.00 2.50 346 125 2.298
15847 101.60 76.20 6.35 9.53 6.35 345 127 2.957
15819 127.00 76.20 9.53 9.53 7.94 395 148 4.981
15474 140.00 63.50 6.35 9.53 4.76 400 154 3.432
15459 152.00 102.00 6.36 9.90 1.50 500 183 4.311
Type 4
R1
A
B
T
Type 5
R1
R2
A
B
T
19
Angles
Type 6 angles have legs of unequal length but of equal thickness.The inside corner radius is greater than 0.80 mm. Other radii are less than or equal to 0.80 mm.
Profile Number
Amm
Bmm
Tmm
R1
mmR2
mmFinish Peri.
C.C.D.mm
Est.kg/m
15002 38.10 25.40 3.18 5.08 0.64 123 46 0.519
15272 50.80 38.10 6.34 6.34 0.76 173 64 1.440
15216 63.50 38.10 3.18 6.10 0.64 201 74 0.869
15010 63.50 50.80 3.18 6.60 0.64 226 81 0.983
15012 63.50 50.80 6.36 6.60 0.64 224 81 1.885
15011 63.50 50.80 9.52 7.96 0.76 224 81 2.738
15016 76.20 50.80 6.36 6.86 0.64 250 92 2.106
15017 76.20 50.80 7.96 6.36 0.64 250 85 2.594
15225 88.90 63.50 9.54 7.62 0.64 302 109 3.726
15227 88.90 76.20 7.94 8.13 0.64 325 117 3.417
15228 88.90 76.20 12.70 8.13 0.64 325 117 5.282
15271 101.60 50.80 9.52 8.12 0.76 300 114 3.723
15024 101.60 63.50 6.36 8.12 0.64 327 120 2.774
15025 101.60 76.20 9.52 8.38 0.64 351 127 4.381
15027 127.00 76.20 9.52 9.14 0.64 401 148 5.037
15350 150.00 45.00 5.00 5.00 0.50 387 157 2.588
15028 152.40 76.20 9.52 9.90 0.64 452 170 5.708
15231 152.40 76.20 12.70 9.90 0.64 451 170 7.486
15457 152.40 88.90 9.52 10.42 0.76 487 176 6.037
15486 228.60 76.20 6.34 12.96 0.64 603 241 5.225
Type 13 angles have legs of unequal length but of equal thickness.The inside corner radius and radii on legs may be greater than 0.80 mm.The external corner radius is greater than 0.80 mm.
Profile Number
Amm
Bmm
Tmm
R1
mmR2
mmR3
mmFinish Peri.
C.C.D.mm
Est.kg/m
15341 22.00 16.00 3.00 0.50 1.00 1.00 74 27 0.281
15295 25.40 25.40 2.39 0.76 2.39 1.19 99 35 0.301
15323 54.00 25.00 3.00 5.00 0.50 8.00 152 60 0.594
15996 190.50 76.20 12.70 12.20 1.00 1.00 526 205 8.826
Type 6
Type 13
R 1
A
B
T
R 2
R1
R3
A
B
T
R2
20
Channels
Type 1 channels are of a uniform thickness with all radii less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1mm
R1mm
Finish Peri.
C.C.D.mm
Est.kg/m
16007 9.52 9.52 1.60 0.76 51 13 0.109
16008 9.52 12.70 1.60 0.76 67 16 0.138
16502 9.52 19.06 1.58 0.50 90 21 0.190
16009 10.00 10.00 1.50 0.26 54 14 0.110
16895 10.00 10.00 2.00 0.40 55 14 0.141
16016 12.70 9.52 1.52 0.76 51 16 0.117
16214 12.70 12.70 1.52 0.76 71 18 0.146
16018 12.70 12.70 2.00 0.76 70 18 0.183
16020 12.70 12.70 3.18 0.64 68 18 0.273
16465 15.00 15.00 1.50 0.40 86 21 0.170
16885 15.00 15.00 2.00 0.40 85 21 0.222
16026 15.87 12.70 1.63 0.76 79 20 0.168
16027 15.88 15.80 1.60 0.40 91 23 0.192
160042 15.88 15.88 3.18 0.40 88 22 0.355
16028 16.44 15.88 1.28 0.64 92 23 0.157
160037 17.00 20.00 1.45 0.40 110 26 0.212
16031 19.00 12.70 1.60 0.76 83 23 0.178
16348 19.00 20.00 1.50 0.50 115 28 0.230
16397 19.00 21.00 1.20 0.50 118 28 0.190
16032 19.05 12.70 3.17 0.64 83 23 0.324
16223 19.05 19.05 3.18 0.64 106 27 0.438
16342 19.52 19.52 1.26 0.50 113 27 0.191
16464 20.00 10.00 2.00 0.40 75 22 0.195
16341 20.00 15.00 2.00 0.50 96 25 0.249
16867 20.00 20.00 2.00 0.40 115 28 0.303
16035 20.66 19.84 1.98 0.76 114 28 0.301
16396 21.00 21.00 1.20 0.30 122 30 0.196
16902 21.00 25.00 2.50 0.50 135 33 0.446
16907 21.80 21.80 6.00 0.50 117 31 0.868
160027 22.22 22.22 3.17 0.50 125 31 0.518
16710 22.23 22.23 1.63 0.50 128 31 0.280
16357 22.61 69.85 1.78 0.50 320 73 0.765
16919 23.00 25.00 2.00 0.50 140 34 0.373
16220 23.17 23.17 1.27 0.38 138 33 0.232
16041 23.24 22.98 1.40 0.76 133 31 0.251
16043 23.82 50.80 1.60 0.64 245 56 0.528
16421 24.00 38.00 3.00 0.50 194 45 0.764
16923 25.00 12.00 1.50 0.50 93 28 0.186
16395 25.00 20.00 1.50 0.30 126 32 0.251
16446 25.00 25.00 2.00 0.40 145 35 0.384
16448 25.00 25.00 3.00 0.40 143 35 0.561
16045 25.40 12.70 1.60 0.64 96 29 0.207
16825 25.40 12.70 3.18 0.40 94 29 0.383
16048 25.40 15.88 1.60 0.64 111 30 0.234
16826 25.40 19.05 3.18 0.40 119 32 0.492
Type 1A T1
T1
B
R1
21
Channels
Type 1 channels are of a uniform thickness with all radii less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1mm
R1mm
Finish Peri.
C.C.D.mm
Est.kg/m
16827 25.40 25.40 3.18 0.40 145 36 0.601
16828 25.40 50.80 3.18 0.40 246 57 1.039
16881 25.70 23.60 1.60 0.50 141 35 0.302
160002 27.00 20.00 3.00 0.50 127 33 0.495
16371 27.16 25.00 3.00 0.50 147 37 0.578
16339 29.00 12.70 1.20 0.50 106 32 0.169
16530 29.00 65.00 3.00 0.50 311 71 1.243
16056 29.84 15.88 3.18 0.76 117 34 0.475
16449 30.00 30.00 3.00 0.40 173 42 0.683
16830 31.75 31.75 3.18 0.40 183 45 0.766
16059 31.76 12.70 3.18 0.64 106 34 0.438
16061 31.76 25.40 2.64 0.76 160 41 0.553
16384 32.00 12.00 1.50 0.50 107 34 0.214
16067 32.20 19.04 1.56 0.64 135 37 0.282
160014 35.20 100.00 2.00 0.50 465 106 1.253
16568 36.00 15.48 1.40 0.20 129 39 0.241
16372 38.00 25.00 2.00 0.20 171 45 0.455
16408 38.00 50.00 6.00 0.25 264 63 2.049
16831 38.10 12.70 3.18 0.30 119 40 0.492
16832 38.10 19.05 3.18 0.40 145 43 0.601
16833 38.10 25.40 3.18 0.40 170 46 0.711
16834 38.10 38.10 3.18 0.40 221 54 0.930
160035 38.10 38.10 6.35 0.40 215 54 1.748
16426 39.20 32.00 1.70 0.76 200 51 0.458
16450 40.00 20.00 2.00 0.40 155 45 0.412
16460 40.00 20.20 8.00 0.50 143 44 1.395
16463 40.00 32.00 3.00 0.50 200 51 0.796
16890 40.00 40.00 3.00 0.40 233 56 0.926
16383 42.00 25.00 2.00 0.50 178 49 0.476
160043 44.00 17.00 2.00 0.30 151 47 0.401
16092 44.02 28.58 1.78 0.76 196 52 0.469
160044 44.10 19.00 1.57 0.30 159 48 0.334
16268 44.44 15.88 1.62 0.76 146 47 0.317
16094 44.46 25.40 3.18 0.76 182 51 0.765
16413 47.31 19.06 1.43 0.50 166 51 0.319
16332 48.51 12.70 1.60 0.30 145 50 0.305
16423 48.90 19.06 1.80 0.50 168 52 0.406
16927 50.00 23.00 2.00 0.50 186 56 0.498
16588 50.00 25.00 1.50 0.50 195 56 0.394
16451 50.00 30.00 3.00 0.40 213 58 0.845
160034 50.00 50.00 3.00 0.40 293 70 1.170
160003 50.00 50.00 4.00 0.40 291 70 1.539
16110 50.80 14.48 1.78 0.76 153 53 0.366
16836 50.80 25.40 3.18 0.40 195 57 0.820
16882 50.80 25.40 4.76 0.40 192 57 1.188
16872 50.80 25.40 6.35 0.40 189 57 1.529
Type 1A T1
T1
B
R1
22
Channels
Type 1 channels are of a uniform thickness with all radii less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1mm
R1mm
Finish Peri.
C.C.D.mm
Est.kg/m
160029 50.80 38.10 6.35 0.40 240 63 1.967
16856 50.80 50.80 3.18 0.40 297 72 1.258
16837 50.80 50.80 6.35 0.40 291 72 2.404
16369 51.60 25.90 1.80 0.50 203 58 0.486
16869 55.00 50.00 2.00 0.40 305 74 0.818
16119 59.54 21.60 3.30 0.76 196 63 0.858
16452 60.00 20.00 2.00 0.40 195 63 0.520
16870 60.00 40.00 3.00 0.40 273 72 1.089
16398 60.00 40.00 4.00 0.30 271 73 1.430
16457 60.00 50.00 3.00 0.40 313 78 1.252
16458 60.00 60.00 3.00 0.40 353 85 1.414
160036 63.50 25.40 3.18 0.40 221 68 0.930
16453 65.00 25.00 2.50 0.40 224 69 0.745
16447 70.00 35.00 3.00 0.40 273 78 1.089
160045 71.00 40.00 4.00 0.50 292 81 1.549
16434 76.00 20.00 1.50 0.50 227 79 0.459
16281 76.20 14.30 1.60 0.64 203 78 0.441
16248 76.20 25.40 3.18 0.64 248 80 1.037
16126 76.20 38.10 3.18 0.64 298 85 1.258
160030 76.20 38.10 4.76 0.40 294 85 1.843
160039 76.20 38.10 6.36 0.40 291 85 2.407
16127 76.20 44.46 3.18 0.64 324 88 1.367
160038 76.20 50.80 3.18 0.40 348 91 1.477
16880 76.20 50.80 6.35 0.40 342 91 2.841
16587 80.00 35.00 2.00 0.50 296 87 0.791
16414 80.75 24.22 2.00 0.64 252 84 0.676
16129 82.55 38.10 2.38 0.64 311 91 0.997
16879 86.00 40.00 3.00 0.40 325 95 1.300
16477 96.10 19.80 1.50 0.50 267 98 0.539
16876 100.00 40.00 3.00 0.40 353 108 1.414
16877 100.00 50.00 5.00 0.40 389 112 2.574
16133 101.60 50.80 3.18 0.78 397 113 1.695
160032 101.60 50.80 6.00 0.40 393 113 3.109
16911 104.00 42.00 2.00 0.50 370 112 0.997
160006 105.00 38.00 2.00 0.50 356 111 0.959
16801 108.74 44.45 3.17 0.78 386 117 1.642
16135 111.24 38.10 4.56 0.76 363 118 2.208
16865 120.00 45.00 10.00 0.40 399 128 5.149
16570 125.00 45.00 3.18 0.80 421 132 1.797
160041 127.00 34.93 9.53 0.75 372 131 4.591
16140 139.70 18.26 2.38 0.64 346 141 1.105
160055 140.00 40.00 8.00 0.50 422 146 4.422
160040 152.40 76.20 4.76 0.40 599 170 3.809
16556 158.75 50.80 3.18 0.80 512 166 2.190
160016 175.00 45.00 2.25 0.50 524 181 1.588
16868 180.00 64.00 4.00 0.40 607 191 3.252
Type 1A T1
T1
B
R1
23
Channels
Type 2 channels have the web and flanges of different thicknessesand all radii are less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1 mm
T2 mm
R1mm
FinishPeri.
C.C.D.mm
Est.kg/m
16806 8.50 22.00 2.00 1.50 0.75 99 24 0.207
16148 15.88 23.02 8.74 3.96 0.64 106 28 0.682
16118 58.82 25.40 3.30 3.03 0.76 210 64 0.889
Type 3 channels may have the web and flanges of different thicknesses.The two inside corner radii are always greater than 0.80 mm.All other radii are less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1 mm
T2 mm
R1mm
R2mm
FinishPeri.
C.C.D.mm
Est.kg/m
16303 16.36 15.68 1.60 1.60 3.00 0.76 88 23 0.202
16443 50.80 25.40 3.30 3.30 2.54 0.60 193 56 0.856
16197 50.80 31.75 6.35 6.35 3.18 0.64 216 60 1.760
16178 63.50 26.18 3.18 3.18 1.58 0.67 223 69 0.945
16386 64.00 35.00 2.00 2.00 1.00 0.50 262 72 0.704
160013 72.22 35.00 3.18 3.18 3.18 0.64 274 80 1.181
16155 76.20 38.10 6.35 7.93 7.62 0.64 285 86 2.744
16185 93.86 22.22 1.78 1.78 1.60 0.64 270 96 0.651
160022 101.60 50.80 6.35 7.94 9.15 0.50 385 114 3.758
160051 101.60 50.80 8.00 8.00 6.00 0.60 384 114 4.099
16293 104.02 48.00 8.00 11.43 1.58 0.76 381 115 4.734
16236 127.00 50.80 6.36 7.96 9.14 0.64 442 137 4.105
16158 127.00 63.50 6.36 9.52 10.66 0.64 484 142 5.268
16266 130.00 60.00 4.00 6.00 6.00 0.76 485 143 3.270
16566 150.00 35.00 10.00 25.00 11.10 0.80 408 154 7.594
16235 152.40 50.80 6.36 7.96 9.14 0.64 493 161 4.543
16159 152.40 63.50 6.36 7.92 10.66 0.64 537 165 5.215
16289 152.40 76.20 6.36 9.52 12.18 0.64 585 170 6.401
16524 152.40 76.20 9.52 12.70 12.20 0.62 578 170 8.694
16539 177.80 50.80 6.36 9.52 9.14 0.76 536 185 5.455
16000 177.80 76.20 6.34 11.12 12.20 0.62 636 193 7.437
16234 177.80 88.90 7.92 12.70 13.72 0.64 683 199 9.608
16598 203.00 89.00 9.52 14.28 14.28 0.64 728 222 11.625
16541 203.20 65.02 11.84 11.84 12.70 0.80 630 213 10.100
16001 203.20 76.20 7.14 11.10 7.14 0.62 689 217 8.144
160023 203.20 76.20 9.52 12.70 12.20 0.64 680 217 10.004
16538 228.60 76.20 9.52 12.70 12.20 0.76 731 241 10.658
Type 2
Type 3
A T2
T1
B
R1
A T2
T1
B
R1
R2
24
Channels
Type 4 channels may have the web and flanges of different thicknesses.The radii on both the inside corners of the channel and insidecorners of the legs are greater than 0.80 mm.
ProfileNumber
Amm
Bmm
T1 mm
T2 mm
R1mm
R2mm
R3mm
FinishPeri.
C.C.D.mm
Est.kg/m
16518 29.46 25.40 2.04 2.04 1.14 3.18 1.02 153 39 0.409
16442 38.30 30.00 1.40 1.40 1.00 2.40 0.50 191 49 0.357
16412 54.60 13.00 1.20 1.20 3.00 4.20 0.25 156 56 0.245
160021 127.00 63.00 8.00 8.00 2.00 4.00 0.50 487 142 5.123
16583 150.00 100.00 10.00 10.00 7.50 1.00 15.00 671 180 8.744
160054 154.40 50.80 4.76 6.35 9.14 1.00 1.00 488 161 3.644
Type 5 channels may have the web and flanges of different thicknesses.The radii on both the inside and outside corners of the channel are greater than 0.80 mm.The radii of the legs are less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
T1 mm
T2 mm
R1mm
R2mm
R3mm
FinishPeri.
C.C.D.mm
Est.kg/m
16327 31.25 23.80 1.60 1.60 0.78 2.36 0.80 152 40 0.321
16326 34.93 25.40 1.60 1.60 0.78 2.36 0.80 166 43 0.351
16817 51.00 50.00 3.00 3.00 2.00 0.50 5.00 293 71 1.154
16267 200.02 88.90 11.12 11.12 13.72 0.76 13.72 709 219 10.731
Type 7 channels are sometimes referred to as “top hats”. The web, flanges and legsmay differ in thickness. They usually have a radius on the inside of the angle formedbetween the web and flange and between the flange and legs. The radii of the legs are less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
Cmm
T1 mm
T2 mm
T2mm
R1mm
R2mm
R3mm
FinishPeri.
C.C.D.mm
Est.kg/m
11 88.90 44.46 38.12 3.18 3.18 6.36 3.18 3.18 2.38 331 89 1.748
76 139.70 38.10 101.62 3.18 3.18 3.18 3.18 6.36 3.18 408 140 1.733
Type 4
Type 5
Type 7
A T2
T1
B
R1
R2
R3
A T2
T1
B
R1
R2
R3
A
C
T1
T2
T3
B R3
R2
R1
25
Channels
Type 11 channels are sometimes referred to as “C” sections. The web, flanges and feet may alldiffer in thickness. They usually have a radius on the inside of the angle formed between theweb and flange and the flange and the feet. Other radii are less than or equal to 0.80 mm.
ProfileNumber
Amm
Bmm
Cmm
T1 mm
T2 mm
R1mm
R2mm
FinishPeri.
C.C.D.mm
Est.kg/m
16340 12.70 12.70 5.50 1.28 1.28 0.50 0.50 80 18 0.139
282 22.24 9.54 9.52 2.04 2.04 0.78 0.64 89 24 0.235
16926 30.00 9.00 12.00 2.00 2.00 0.50 0.50 117 32 0.314
16900 30.00 9.20 11.30 2.35 2.35 0.50 1.18 116 32 0.364
16910 35.00 18.00 20.00 2.00 2.00 0.50 1.00 156 39 0.420
H448 38.10 28.58 12.70 3.18 3.18 0.76 0.76 218 48 0.930
16942 41.60 4.10 35.60 1.30 1.30 0.30 0.30 102 42 0.178
16930 110.00 65.00 70.00 3.00 3.00 0.50 0.50 539 123 2.178
Type 11
A
T2
T1
B
CR1
R2
26
Extruded Rods
An extruded rod, or round bar, is a solid which is circular in shape.
Amm
FinishPeri.
C.C.D.mm
Est.kg/m
6.00 19 6 0.077
6.36 20 6 0.086
8.00 25 8 0.136
9.00 28 9 0.172
9.52 30 10 0.193
10.00 31 10 0.213
11.00 35 11 0.258
12.00 38 12 0.305
12.70 40 13 0.343
13.00 41 13 0.360
14.00 44 14 0.417
14.20 45 14 0.429
15.00 47 15 0.479
16.00 50 16 0.545
18.00 57 18 0.690
18.50 58 19 0.728
19.00 60 19 0.768
20.00 63 20 0.851
21.00 66 21 0.939
22.00 69 22 1.030
23.00 72 23 1.126
25.00 79 25 1.330
25.40 80 25 1.373
27.00 85 27 1.552
28.00 88 28 1.669
28.58 90 29 1.739
29.00 91 29 1.790
Amm
FinishPeri.
C.C.D.mm
Est.kg/m
30.00 94 30 1.916
31.75 100 32 2.146
32.00 101 32 2.180
33.00 104 33 2.318
35.00 110 35 2.607
36.00 113 36 2.758
38.10 120 38 3.090
40.00 126 40 3.405
41.28 130 41 3.627
42.00 132 42 3.755
44.00 138 44 4.121
44.45 140 44 4.205
45.00 141 45 4.310
46.00 145 46 4.504
48.00 151 48 4.904
50.00 157 50 5.321
50.80 160 51 5.493
54.00 170 54 6.207
55.00 173 55 6.439
57.15 180 57 6.952
60.00 188 60 7.662
63.00 198 63 8.448
65.00 204 65 8.993
70.00 220 70 10.429
76.20 239 76 12.359
80.00 251 80 13.622
A
27
Extruded Tubes
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
CET11 6.00 1.50 24 19 6 0.057
CET8 7.96 1.20* 34 25 8 0.069
PET401 CET401 8.00 1.00* 35 25 8 0.060
OET202 9.52 0.92* 42 30 10 0.067
PET296 OET166 CET296 9.52 1.22* 41 30 10 0.086
PET404 CET404 10.00 1.22* 43 31 10 0.091
PET1015 10.00 1.50 42 31 10 0.109
PET918 CET918 12.00 1.00* 53 38 12 0.094
PET798 CET798 12.00 2.00 50 38 12 0.170
OET174 12.00 3.50 46 38 12 0.253
PET330 OET200 CET330 12.70 1.22* 56 40 13 0.119
PET386 OET255 CET386 12.70 1.62 55 40 13 0.153
PET406 12.70 2.04 53 40 13 0.185
PET298 OET168 12.70 2.64 52 40 13 0.226
PET407 12.70 3.25 50 40 13 0.261
PET408 CET1036 14.00 1.22* 62 44 14 0.133
PET409 14.00 1.80 60 44 14 0.187
OET307 15.00 1.50 66 47 15 0.172
PET412 15.00 2.00 64 47 15 0.221
PET372 OET241 CET372 15.88 1.22* 71 50 16 0.152
PET312 OET182 CET312 15.88 1.62 70 50 16 0.197
PET340 OET210 15.88 2.00 69 50 16 0.236
OET160 15.88 3.18 65 50 16 0.344
PET414 16.00 1.20* 72 50 16 0.151
PET366 OET235 16.00 1.50 71 50 16 0.185
PET238 OET238 16.00 2.00 69 50 16 0.238
PET415 16.00 2.75 67 50 16 0.310
PET416 16.00 4.00 63 50 16 0.408
OET275 CET25 18.00 1.22* 81 57 18 0.174
CET14 18.00 1.75 79 57 18 0.242
OET217 19.00 1.50 85 60 19 0.223
CET1015 19.00 3.20 79 60 19 0.430
PET374 OET243 CET374 19.06 1.22* 86 60 19 0.185
PET349 OET219 CET349 19.06 1.62 85 60 19 0.240
PET425 CET1022 19.06 2.00 84 60 19 0.290
PET293 OET163 CET293 19.06 3.18 80 60 19 0.430
OET178 19.06 4.53 76 60 19 0.560
PET427 CET427 20.00 1.20* 90 63 20 0.192
PET429 OET295 CET429 20.00 2.00 88 63 20 0.306
PET381 OET250 CET381 20.00 3.00 85 63 20 0.434
PET430 20.00 6.00 75 63 20 0.715
PET438 CET438 22.00 1.50 99 69 22 0.262
CET1017 22.00 2.00 97 69 22 0.340
PET362 OET231 CET362 22.00 2.50 96 69 22 0.415
CET53 22.00 6.60 83 69 22 0.865
PET351 OET220 CET351 22.22 1.22* 101 70 22 0.218
PET288 OET158 CET288 22.22 1.62 100 70 22 0.284
PET439 OET263 22.22 2.74 96 70 22 0.454
CET23 22.22 3.18 95 70 22 0.515
PET1055 25.00 1.20* 114 79 25 0.243
PET448 CET1012 25.00 1.62 113 79 25 0.322
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
PET325 OET195 CET999 25.00 2.00 112 79 25 0.391
PET341 OET211 25.00 3.00 108 79 25 0.562
OET298 25.00 8.25 92 79 25 1.176
PET337 OET207 CET337 25.40 1.10* 116 80 25 0.227
PET1049 OET167 CET297 25.40 1.22* 116 80 25 0.251
PET267 OET137 25.40 1.50 115 80 25 0.305
PET392 OET261 CET392 25.40 1.62 115 80 25 0.328
PET62 OET138 CET62 25.40 2.00 113 80 25 0.398
OET227 25.40 2.64 111 80 25 0.511
PET370 OET239 CET370 25.40 3.18 110 80 25 0.601
PET455 25.40 4.76 105 80 25 0.836
PET326 OET196 25.40 5.20 103 80 25 0.894
PET457 25.40 6.35 100 80 25 1.029
PET469 CET1037 28.00 1.50 127 88 28 0.338
PET471 28.00 6.55 111 88 28 1.196
PET265 OET135 CET60 28.58 1.62 130 90 29 0.372
CET38 28.58 2.50 127 90 29 0.555
PET473 28.58 3.98 122 90 29 0.833
OET251 30.00 1.15* 138 94 30 0.282
PET478 CET478 30.00 1.50 137 94 30 0.364
PET479 CET479 30.00 2.00 135 94 30 0.477
PET282 OET152 30.00 2.50 134 94 30 0.585
PET481 CET481 30.00 3.00 132 94 30 0.689
PET482 30.00 4.00 129 94 30 0.885
PET327 OET197 30.00 5.00 126 94 30 1.064
PET1059 OET297 30.00 8.00 116 94 30 1.498
OET248 31.75 1.40* 145 100 32 0.362
CET1000 31.75 1.62 145 100 32 0.415
PET275 CET275 31.75 3.18 140 100 32 0.773
PET487 31.75 6.35 130 100 32 1.373
PET299 OET169 CET299 32.00 1.50 146 101 32 0.389
PET492 CET492 32.00 2.00 145 101 32 0.511
PET20 CET20 32.00 2.50 143 101 32 0.628
PET1024 OET208 32.00 3.00 141 101 32 0.740
CET1043 32.00 4.25 137 101 32 1.004
PET493 32.00 6.00 132 101 32 1.328
PET893 35.00 1.35* 161 110 35 0.387
PET504 35.00 1.60 160 110 35 0.455
PET378 OET247 CET378 35.00 2.00 159 110 35 0.562
PET968 CET1011 35.00 3.00 156 110 35 0.817
PET380 OET249 CET380 38.10 1.22* 175 120 38 0.383
PET272 OET142 CET272 38.10 1.50 175 120 38 0.467
PET273 OET143 CET273 38.10 1.62 174 120 38 0.503
PET335 OET205 38.10 2.02 173 120 38 0.620
CET295 38.10 3.18 170 120 38 0.945
PET517 CET517 38.10 4.06 167 120 38 1.176
PET1042 38.10 5.95 161 120 38 1.628
PET519 38.10 6.36 160 120 38 1.718
PET525 40.00 1.65 183 126 40 0.538
PET526 40.00 2.00 182 126 40 0.647
PET527 CET1033 40.00 2.50 181 126 40 0.798
W.T.
A
An extruded tube is a hollow of uniform thickness in the shape of a circle.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
* Alloy 6063 only
28
Extruded Tubes
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
PET371 OET240 CET371 40.00 3.00 179 126 40 0.945
PET528 CET528 40.00 3.18 179 126 40 0.996
PET301 OET171 40.00 4.00 176 126 40 1.225
PET356 OET225 40.00 5.00 173 126 40 1.489
PET860 CET860 44.45 1.62 204 140 44 0.590
PET541 44.45 6.35 190 140 44 2.059
PET542 44.46 1.28* 205 140 44 0.470
PET280 OET150 CET280 44.46 3.18 200 140 44 1.117
PET320 OET190 45.00 2.00 206 141 45 0.732
PET547 CET547 45.00 2.50 204 141 45 0.904
PET548 45.00 3.00 203 141 45 1.072
PET549 45.00 5.00 196 141 45 1.702
PET550 45.00 5.50 195 141 45 1.849
OET198 46.00 3.00 207 145 46 1.098
PET554 46.45 8.88 191 146 46 2.839
PET555 46.45 9.63 189 146 46 3.017
PET398 46.45 10.88 185 146 46 3.293
CET18 46.70 4.01 207 147 47 1.457
OET270 CET49 46.70 5.08 204 147 47 1.799
OET303 48.00 2.50 218 151 48 0.968
PET819 48.00 3.00 217 151 48 1.149
PET901 48.00 4.50 212 151 48 1.666
OET176 49.00 4.50 217 154 49 1.704
CET36 50.00 1.00* 232 157 50 0.417
CET1047 50.00 1.20* 232 157 50 0.498
PET568 CET568 50.00 1.50 231 157 50 0.619
PET348 OET218 50.00 2.00 229 157 50 0.817
PET286 OET156 50.00 2.50 228 157 50 1.011
PET569 CET569 50.00 3.00 226 157 50 1.200
PET375 OET244 50.00 3.50 225 157 50 1.385
PET571 CET571 50.00 5.00 220 157 50 1.915
PET572 50.00 10.00 204 157 50 3.404
PET307 OET177 50.80 1.05* 236 160 51 0.445
PET1045 CET52 50.80 1.22* 236 160 51 0.515
PET360 OET229 CET360 50.80 1.27* 235 160 51 0.535
PET315 OET185 CET315 50.80 1.62 234 160 51 0.678
PET342 OET212 CET342 50.80 2.04 233 160 51 0.846
PET574 OET318 50.80 2.54 231 160 51 1.043
PET352 OET221 CET352 50.80 3.18 229 160 51 1.289
PET575 CET575 50.80 3.25 229 160 51 1.315
PET577 50.80 4.06 227 160 51 1.615
PET578 50.80 4.78 224 160 51 1.872
PET580 CET580 50.80 6.36 219 160 51 2.405
PET581 50.80 8.23 214 160 51 2.981
PET582 50.80 9.53 209 160 51 3.347
PET584 51.00 1.60 235 160 51 0.673
PET585 CET585 52.00 3.00 236 163 52 1.251
PET820 55.00 7.25 236 173 55 2.946
PET590 56.00 3.00 254 176 56 1.353
PET597 58.00 6.00 254 182 58 2.655
PET1001 58.00 8.50 247 182 58 3.581
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
PET1048 58.00 12.00 236 182 58 4.698
CET1013 60.00 1.20* 279 188 60 0.600
PET599 CET599 60.00 1.68 277 188 60 0.834
PET600 CET1003 60.00 2.00 276 188 60 0.987
PET601 CET1009 60.00 2.50 275 188 60 1.223
PET283 OET304 60.00 3.00 273 188 60 1.455
PET864 60.00 3.60 271 188 60 1.728
PET303 OET173 CET303 60.00 5.00 267 188 60 2.340
PET609 60.85 9.80 256 191 61 4.257
PET610 63.50 1.62 294 199 64 0.853
PET612 63.50 2.50 291 199 64 1.298
PET346 OET216 CET346 63.50 3.18 289 199 64 1.632
PET617 63.50 6.36 279 199 64 3.093
PET1035 63.60 13.48 257 200 64 5.750
PET350 63.60 16.08 249 200 64 6.503
PET619 65.00 1.68 301 204 65 0.905
PET914 65.00 3.70 295 204 65 1.930
PET1034 67.00 2.50 308 210 67 1.372
PET1011 68.00 9.38 291 214 68 4.679
PET622 68.00 10.30 288 214 68 5.058
PET274 OET144 CET1018 70.00 1.27* 326 220 70 0.743
PET1012 70.00 2.25 323 220 70 1.297
PET625 70.00 5.00 314 220 70 2.766
PET317 OET187 73.00 7.00 322 229 73 3.932
CET22 75.00 1.20* 350 236 75 0.754
OET151 75.00 2.50 346 236 75 1.542
PET313 OET183 75.00 5.00 338 236 75 2.979
PET321 OET191 76.20 1.05* 356 239 76 0.672
PET389 OET258 CET389 76.20 1.27 355 239 76 0.810
PET634 CET634 76.20 1.62 354 239 76 1.028
CET21 76.20 2.00 353 239 76 1.263
CET1007 76.20 2.50 351 239 76 1.568
PET391 CET391 76.20 3.18 349 239 76 1.976
PET635 OET260 76.20 3.25 349 239 76 2.018
PET969 76.20 4.76 344 239 76 2.894
PET639 76.20 5.40 342 239 76 3.254
PET640 CET640 76.20 6.36 339 239 76 3.780
PET644 76.20 9.53 329 239 76 5.407
PET645 76.20 11.35 323 239 76 6.264
PET653 80.00 1.68 372 251 80 1.120
PET319 OET189 CET319 80.00 3.00 368 251 80 1.966
PET654 80.00 4.00 364 251 80 2.587
PET656 CET656 80.00 5.00 361 251 80 3.191
PET657 80.00 6.00 358 251 80 3.778
PET658 80.00 8.00 352 251 80 4.902
PET659 80.00 10.00 346 251 80 5.957
PET661 80.00 15.00 330 251 80 8.297
PET865 83.00 3.18 381 261 83 2.160
PET668 85.00 11.00 366 267 85 6.927
OET319 CET1016 86.00 4.20 392 270 86 2.924
PET670 86.00 18.38 348 270 86 10.577
W.T.
A
An extruded tube is a hollow of uniform thickness in the shape of a circle.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
* Alloy 6063 only
29
Extruded Tubes
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
PET671 87.00 8.50 383 273 87 5.678
CET37 89.00 2.00 413 280 89 1.481
PET681 90.00 1.68 419 283 90 1.263
PET987 90.00 6.00 405 283 90 4.289
PET840 90.00 7.12 402 283 90 5.022
PET684 90.00 10.00 393 283 90 6.808
PET1058 CET1035 96.00 3.00 443 302 96 2.374
PET1005 96.00 18.00 396 302 96 11.948
PET688 CET1020 97.00 3.50 446 305 97 2.785
PET690 100.00 2.00 465 314 100 1.668
PET693 100.00 4.00 459 314 100 3.268
PET694 100.00 5.00 456 314 100 4.042
PET697 100.00 10.00 440 314 100 7.659
PET698 100.00 12.00 434 314 100 8.987
PET699 100.00 15.00 424 314 100 10.850
OET254 CET385 101.60 1.27* 475 319 102 1.084
PET311 OET316 CET311 101.60 1.62 474 319 102 1.378
PET700 OET181 101.60 1.82 473 319 102 1.545
PET701 101.60 2.64 470 319 102 2.223
PET1016 OET203 CET333 101.60 3.18 469 319 102 2.663
PET702 101.60 3.26 469 319 102 2.728
PET703 CET703 101.60 3.66 467 319 102 3.050
PET704 101.60 4.76 464 319 102 3.923
PET706 CET706 101.60 6.36 459 319 102 5.155
PET715 110.00 2.00 512 346 110 1.838
PET716 110.00 5.00 503 346 110 4.468
PET957 112.00 3.50 517 352 112 3.232
PET849 112.00 7.75 503 352 112 6.876
PET1019 114.00 19.00 478 358 114 15.361
PET717 114.30 3.18 529 359 114 3.007
PET721 114.30 6.36 519 359 114 5.842
PET813 115.00 10.00 511 361 115 8.936
PET724 120.00 4.00 553 377 120 3.949
Profile Number
Profile Number
Profile Number
O.D.mm
W.T.mm
Anod.Peri.
PaintPeri.
C.C.D.mm
Est.kg/m
PET727 120.00 8.00 540 377 120 7.625
PET728 120.00 10.00 534 377 120 9.361
PET795 120.00 15.00 518 377 120 13.403
PET734 125.00 2.50 581 393 125 2.606
PET735 OET299 127.00 1.50 594 399 127 1.602
PET736 127.00 3.18 588 399 127 3.351
PET737 127.00 3.50 587 399 127 3.678
PET739 127.00 5.00 583 399 127 5.191
PET740 127.00 6.36 578 399 127 6.529
PET741 130.00 10.00 581 408 130 10.212
PET743 133.00 4.00 614 418 133 4.391
PET935 138.00 2.25 643 434 138 2.599
PET745 138.00 3.00 641 434 138 3.447
PET943 140.00 8.00 635 440 140 8.987
PET751 150.00 3.00 697 471 150 3.753
PET752 150.00 5.00 691 471 150 6.170
PET754 150.00 8.00 682 471 150 9.667
PET755 150.00 10.00 675 471 150 11.914
PET757 152.40 2.00 712 479 152 2.560
PET758 152.40 2.50 710 479 152 3.189
PET760 152.40 3.25 708 479 152 4.125
PET761 152.40 5.00 702 479 152 6.272
PET762 152.40 6.36 698 479 152 7.904
PET899 158.00 4.00 732 496 158 5.242
PET765 160.00 4.00 741 503 160 5.310
PET766 160.00 5.00 738 503 160 6.595
PET767 160.00 6.00 735 503 160 7.863
PET768 160.00 10.00 723 503 160 12.765
PET770 162.00 2.20 756 509 162 2.992
PET771 162.00 3.50 752 509 162 4.721
PET345 OET215 169.28 3.70 786 532 169 5.214
PET778 169.60 4.85 784 533 170 6.800
W.T.
A
An extruded tube is a hollow of uniform thickness in the shape of a circle.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
* Alloy 6063 only
30
Flat Bars
Type 1 flat bars have uniform corner radii.
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
10005 9.52 3.18 0.76 24 10 0.081
101203 10.00 4.00 0.40 27 11 0.108
10429 12.00 2.50 0.50 28 13 0.081
10465 12.00 6.00 0.76 36 13 0.195
10579 12.00 7.20 0.40 38 14 0.234
101132 12.70 3.18 0.40 31 13 0.109
101192 12.70 4.76 0.40 34 13 0.163
101194 12.70 6.35 0.40 37 14 0.218
10015 12.70 9.52 0.40 44 16 0.328
101273 15.00 3.00 0.40 35 15 0.122
10548 15.00 5.00 0.40 39 16 0.203
10567 15.00 6.00 0.40 41 16 0.243
10573 15.00 8.00 0.50 45 17 0.324
10363 15.00 10.00 0.40 49 18 0.406
101133 15.88 3.18 0.40 37 16 0.136
10477 19.00 2.50 0.64 43 20 0.129
10021 19.05 3.18 0.30 44 19 0.164
10022 19.05 4.78 0.76 48 20 0.246
101196 19.06 12.70 0.40 63 23 0.655
10023 19.06 6.36 0.40 50 20 0.328
10024 19.06 9.52 0.40 56 21 0.491
101592 19.06 15.88 0.40 69 24 0.820
10546 20.00 2.00 0.40 43 20 0.108
10547 20.00 3.00 0.40 45 20 0.162
10568 20.00 5.00 0.40 49 20 0.271
10503 20.00 6.00 0.50 52 21 0.325
101265 20.00 8.00 0.40 55 21 0.433
101175 20.00 10.00 0.40 59 22 0.542
10558 20.00 15.00 0.40 69 25 0.813
101504 20.00 17.00 0.50 73 26 0.921
10029 22.22 4.36 0.76 53 23 0.265
10027 22.23 3.18 0.76 49 23 0.190
10745 25.00 1.40 0.50 52 25 0.094
10577 25.00 2.00 0.40 53 26 0.135
101244 25.00 3.00 0.40 55 25 0.203
10569 25.00 5.00 0.40 59 25 0.338
101261 25.00 6.00 0.40 61 26 0.406
101176 25.00 8.00 0.40 65 26 0.542
101243 25.00 10.00 0.40 69 27 0.677
101209 25.00 15.00 0.40 79 29 1.016
10559 25.00 20.00 0.40 89 32 1.355
10229 25.40 2.38 0.76 54 26 0.162
101127 25.40 3.18 0.50 56 26 0.218
10231 25.40 4.78 0.40 60 26 0.325
10533 25.40 6.35 0.50 63 27 0.437
101547 25.40 7.94 0.50 66 26 0.546
101134 25.40 9.53 0.40 70 27 0.656
101158 25.40 12.70 0.40 76 28 0.874
101551 25.40 15.88 0.40 82 30 1.093
101162 25.40 19.05 0.40 88 32 1.311
10509 30.00 2.00 0.25 64 30 0.163
101177 30.00 3.00 0.40 65 30 0.244
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
101178 30.00 5.00 0.40 69 30 0.406
10560 30.00 6.00 0.40 71 30 0.487
101179 30.00 8.00 0.40 75 31 0.650
101180 30.00 10.00 0.40 79 31 0.812
101264 30.00 12.00 0.40 83 32 0.975
101181 30.00 15.00 0.40 89 34 1.219
101204 30.00 25.00 0.40 109 39 2.032
10248 31.75 3.18 0.38 69 32 0.273
101191 31.75 12.70 0.40 88 34 1.092
10249 31.76 4.78 0.76 73 32 0.411
10250 31.76 6.36 0.40 76 33 0.547
10251 31.76 9.52 0.76 83 33 0.819
10167 31.76 15.88 0.40 95 36 1.366
10253 31.76 19.06 0.76 100 37 1.639
101593 31.76 25.40 0.40 114 40 2.186
10517 32.00 2.00 0.76 68 32 0.173
101313 34.00 3.00 0.50 73 35 0.276
101270 35.00 5.00 0.40 79 35 0.474
101508 35.00 20.00 0.40 109 40 1.897
10809 38.10 2.03 0.50 79 38 0.210
101135 38.10 3.18 0.40 82 38 0.328
101165 38.10 4.78 0.40 85 39 0.493
10534 38.10 6.35 0.50 88 39 0.655
101596 38.10 7.94 0.40 91 39 0.819
101164 38.10 9.53 0.60 94 39 0.983
10537 38.10 12.70 0.50 101 41 1.311
10036 38.10 15.88 0.76 107 41 1.638
101136 38.10 19.05 0.40 114 43 1.967
101155 38.10 25.40 0.40 126 46 2.622
101575 38.10 31.75 0.40 139 49 3.278
101212 40.00 2.00 0.40 83 40 0.216
101213 40.00 3.00 0.40 85 40 0.325
10561 40.00 4.00 0.40 87 40 0.433
101183 40.00 5.00 0.40 89 40 0.542
101258 40.00 6.00 0.40 91 40 0.650
10504 40.00 7.00 0.50 94 41 0.759
101184 40.00 8.00 0.40 95 41 0.867
101185 40.00 15.00 0.40 109 42 1.626
101169 40.00 20.00 0.40 119 45 2.168
101218 40.00 25.00 0.40 129 47 2.710
101224 40.00 30.00 0.40 139 50 3.252
10042 44.45 3.18 0.30 95 45 0.383
10043 44.45 4.78 0.64 98 45 0.574
10044 44.45 6.36 0.76 102 45 0.767
101585 44.45 7.94 0.40 104 45 0.956
10045 44.45 9.52 0.76 108 45 1.148
101586 44.45 15.88 0.40 120 47 1.913
101546 44.45 19.06 0.50 126 48 2.295
101537 44.45 25.40 0.40 139 51 3.059
101588 44.45 31.75 0.40 152 54 3.824
101629 44.45 38.10 0.40 164 59 4.589
AT
R1
Type 1
31
Flat Bars
Type 1 flat bars have uniform corner radii.
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
101221 45.00 3.00 0.40 95 45 0.365
101609 45.00 10.30 0.50 110 46 1.256
10493 45.00 20.00 0.50 129 50 2.438
101608 45.00 33.50 0.50 156 56 4.085
10578 50.00 3.00 0.40 105 51 0.406
10562 50.00 4.00 0.40 107 50 0.542
101186 50.00 5.00 0.40 109 50 0.677
101272 50.00 6.00 0.40 111 50 0.813
101269 50.00 8.00 0.40 115 51 1.084
101298 50.00 10.00 0.40 119 51 1.355
101217 50.00 12.00 0.40 123 51 1.626
101187 50.00 15.00 0.40 129 52 2.032
10555 50.00 20.00 0.40 138 54 2.710
10387 50.80 2.04 0.50 106 51 0.281
101137 50.80 3.18 0.40 107 51 0.437
101138 50.80 4.76 0.40 110 51 0.655
10535 50.80 6.35 0.50 113 52 0.874
101128 50.80 9.52 0.50 120 52 1.310
10542 50.80 12.70 0.50 126 53 1.748
101159 50.80 15.88 0.40 133 53 2.186
101139 50.80 19.05 0.40 139 54 2.622
10540 50.80 25.40 0.40 152 57 3.496
101156 50.80 31.75 0.40 164 60 4.371
101152 50.80 38.10 0.40 177 64 5.245
10399 53.00 1.60 0.75 108 53 0.228
101535 58.00 26.00 4.50 160 61 4.039
101266 60.00 3.00 0.40 125 60 0.487
101228 60.00 4.00 0.40 127 60 0.650
101188 60.00 5.00 0.40 129 60 0.813
101267 60.00 8.00 0.40 135 61 1.300
10520 60.00 10.00 0.76 138 61 1.625
10563 60.00 12.00 0.40 143 61 1.951
10550 60.00 15.00 0.40 149 62 2.439
101210 60.00 20.00 0.40 159 63 3.252
10564 60.00 25.00 0.40 169 65 4.065
101651 62.00 21.00 5.00 157 63 3.470
10369 63.00 2.36 0.40 130 64 0.403
10265 63.50 3.18 0.76 133 64 0.548
101166 63.50 6.35 0.40 139 64 1.092
10267 63.50 7.96 0.76 142 64 1.368
101140 63.50 9.53 0.40 145 65 1.640
101130 63.50 12.70 0.50 152 65 2.185
10270 63.50 15.88 0.76 157 66 2.731
101154 63.50 19.05 0.40 164 66 3.278
101151 63.50 25.40 0.40 177 69 4.371
10273 63.50 31.76 0.76 189 71 5.464
101153 63.50 38.10 0.40 203 74 6.556
101572 63.50 50.80 0.40 228 81 8.742
101245 75.00 1.40 0.50 152 75 0.284
10490 75.00 6.50 0.76 163 75 1.321
10726 75.00 12.00 0.76 173 76 2.438
101332 75.00 15.50 0.40 180 77 3.150
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
101555 75.00 20.00 0.50 189 77 4.064
101563 75.00 25.00 0.50 199 79 5.081
10512 76.20 1.91 0.50 155 77 0.394
101141 76.20 3.18 0.40 158 76 0.656
10280 76.20 4.78 0.40 161 76 0.987
10541 76.20 6.35 0.50 164 77 1.311
10286 76.20 8.53 0.79 170 77 1.966
101129 76.20 9.52 0.50 171 77 1.965
10538 76.20 12.70 0.50 177 78 2.622
10289 76.20 15.88 0.76 182 78 3.280
101123 76.20 19.05 0.40 190 79 3.934
101126 76.20 25.40 0.50 202 80 5.245
101157 76.20 31.75 0.40 215 83 6.556
101124 76.20 38.10 0.50 228 85 7.867
101142 76.20 50.80 0.40 253 92 10.490
101286 80.00 3.00 0.40 165 80 0.650
10565 80.00 4.00 0.40 167 80 0.867
10566 80.00 5.00 0.40 169 80 1.084
101238 80.00 6.00 0.40 171 80 1.300
101189 80.00 8.00 0.40 175 80 1.734
101240 80.00 10.00 0.40 179 81 2.168
10551 80.00 20.00 0.40 199 83 4.336
10553 80.00 25.00 0.40 209 84 5.420
101173 80.00 30.00 0.40 219 85 6.504
101524 80.00 50.00 0.75 259 94 10.839
10925 84.00 5.00 0.50 177 85 1.138
101587 88.90 3.18 0.40 183 89 0.766
10074 88.90 6.35 0.64 191 90 1.531
101598 88.90 7.94 0.40 193 89 1.913
10319 88.90 9.53 0.64 197 89 2.298
101578 88.90 12.70 0.40 203 90 3.059
10076 88.90 15.88 0.76 208 91 3.824
101574 88.90 19.05 0.40 215 91 4.589
101573 88.90 25.40 0.40 228 92 6.119
101597 100.00 3.00 0.40 205 100 0.813
10365 100.00 5.00 0.76 209 100 1.355
101234 100.00 6.00 0.40 211 101 1.625
101190 100.00 10.00 0.40 219 101 2.710
10946 100.00 12.50 0.50 224 101 3.387
101236 100.00 15.00 0.40 229 102 4.065
101170 100.00 20.00 0.40 239 102 5.420
101171 100.00 25.00 0.40 249 103 6.775
101282 100.00 30.00 0.40 259 104 8.130
10409 101.60 2.04 0.75 206 102 0.560
10321 101.60 3.18 0.25 209 103 0.875
10081 101.60 4.77 0.76 213 102 1.315
10536 101.60 6.35 0.50 215 102 1.748
101581 101.60 7.94 0.40 218 102 2.186
101144 101.60 9.53 0.40 222 102 2.624
10539 101.60 12.70 0.50 228 105 3.496
10209 101.60 15.88 0.76 234 103 4.373
AT
R1
Type 1
32
Flat Bars
Type 1 flat bars have uniform corner radii.
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
101145 101.60 19.05 0.40 241 103 5.245
101146 101.60 25.40 0.40 253 104 6.993
101571 101.60 31.75 0.50 266 106 8.741
101528 101.60 38.10 0.80 278 109 10.489
101206 120.00 5.00 0.40 249 121 1.626
101237 120.00 10.00 0.40 259 120 3.252
101113 120.00 20.00 0.50 279 122 6.503
101594 120.00 25.00 0.40 289 124 8.129
10094 127.00 6.35 0.76 267 127 2.187
10095 127.00 9.53 0.64 273 127 3.281
10096 127.00 12.70 0.64 279 128 4.375
10216 127.00 15.88 0.76 284 128 5.464
10324 127.00 19.04 0.64 291 129 6.552
10097 127.00 25.40 0.64 305 130 8.749
101214 130.00 10.00 0.40 279 130 3.523
101591 140.00 6.00 0.40 291 140 2.276
101202 140.00 10.00 0.40 299 140 3.794
101115 140.00 20.00 0.50 319 141 7.587
101595 140.00 25.00 0.50 329 142 9.484
Profile Number
Amm
Tmm
R1
mmFinish Peri.
C.C.D.mm
Est.kg/m
101231 150.00 5.00 0.40 309 150 2.030
101200 150.00 10.00 0.40 319 151 4.065
101527 150.00 12.00 0.40 323 150 4.878
101279 150.00 15.00 0.40 329 151 6.097
10358 152.40 3.18 0.76 311 153 1.311
101147 152.40 6.35 0.40 317 153 2.622
101577 152.40 7.94 0.40 320 153 3.279
101148 152.40 9.53 0.40 323 154 3.936
101149 152.40 12.70 0.40 330 153 5.245
10104 152.40 15.88 0.76 309 154 6.558
10105 152.40 19.06 0.76 343 154 7.875
10106 152.40 25.40 0.76 356 155 10.499
10777 160.00 10.00 0.80 339 161 4.334
10921 200.00 10.00 0.80 419 200 5.419
101289 200.00 20.00 0.40 439 201 10.840
101602 200.00 25.00 0.50 449 201 13.549
101658 203.20 12.70 0.70 431 204 6.992
10360 228.60 9.52 0.76 475 229 5.896
101515 228.60 19.05 1.00 494 229 11.799
AT
R1
Type 1
Type 2
AT
R 1
R 2Type 2 flat bars have radii of more than 0.80 mm on the top corners.The other two corners have radii of less than or equal to 0.80 mm.
ProfileNumber
Amm
Tmm
R1
mmR2
mmFinishPeri.
C.C.D.mm
Est.kg/m
10114 25.40 3.18 1.60 0.64 56 26 0.215
10115 25.40 3.18 2.38 0.64 55 26 0.211
10118 31.75 3.18 1.60 0.64 70 32 0.271
10122 38.00 3.00 1.50 0.64 81 38 0.325
33
Flat Bars
Type 3 flat bars have radius so that the sum of the two side radiimust equal the thickness of the bar.
ProfileNumber
Amm
Tmm
R1
mmR2
mmFinishPeri.
C.C.D.mm
Est.kg/m
10132 12.70 3.18 1.59 1.59 29 13 0.103
101199 18.00 8.00 4.00 4.00 45 18 0.353
10351 24.77 7.92 3.96 3.96 59 26 0.495
10142 25.40 3.18 1.59 1.59 54 26 0.213
10397 44.20 3.74 1.87 1.87 93 44 0.439
10383 50.80 3.96 1.98 1.98 106 51 0.536
101281 70.00 20.00 10.00 10.00 163 70 3.561
101518 70.00 30.00 15.00 15.00 174 70 5.167
10492 75.00 1.90 0.95 0.95 152 75 0.384
101516 82.00 26.00 13.00 13.00 194 82 5.384
AT
R 1
R 2
Type 3
34
Square Bars
A square bar is a solid with all four sides equal in length.It is identified by the size measurement across the flats.
ProfileNumber
Amm
Bmm
FinishPeri.
C.C.D.mm
Est.kg/m
16340 12.70 12.70 5.50 1.28 1.28
282 22.24 9.54 9.52 2.04 2.04
16926 30.00 9.00 12.00 2.00 2.00
16900 30.00 9.20 11.30 2.35 2.35
16910 35.00 18.00 20.00 2.00 2.00
H448 38.10 28.58 12.70 3.18 3.18
16942 41.60 4.10 35.60 1.30 1.30
16930 110.00 65.00 70.00 3.00 3.00
31.76 0.40 126 45 2.733
ProfileNumber
Amm
Bmm
FinishPeri.
C.C.D.mm
Est.kg/m
32.00 0.40 127 45 2.775
38.10 0.40 152 54 3.933
40.00 2.50 156 56 4.321
45.00 0.40 179 63 5.487
50.00 0.40 199 70 6.775
39955 50.80 0.76 202 72 6.992
57.15 0.40 228 80 8.851
60.00 0.76 239 85 9.755
63.50 0.76 253 89 10.926
AR
Hexagonal Bars
A hexagonal is a solid with six equal sides.All corners will be broken with radii less than or equal to 0.80 mm. It is identified by the size measurement across the flats.
ProfileNumber
Amm
Bmm
FinishPeri.
C.C.D.mm
Est.kg/m
11.00 0.50 38 13 0.284 1.28
13.00 0.50 45 15 0.397 2.04
14.00 0.76 48 16 0.458 2.00
17.00 0.50 59 20 0.678 2.35
19.00 0.76 66 22 0.847 2.00
22.00 0.50 76 25 1.136 3.18
ProfileNumber
Amm
Bmm
FinishPeri.
C.C.D.mm
Est.kg/m
24.00 0.50 83 28 1.352 2.775
25.00 0.50 87 29 1.467 3.933
27.00 0.25 93 31 1.710 4.321
30.00 0.50 104 35 2.112 5.487
32.00 0.50 111 37 2.403 6.775
45.50 0.76 153 53 4.859 6.992
R
A
35
Rectangular Hollows
A rectangular hollow is a hollow of uniform thickness in the shape of a rectangle.The inside corner radii may or may not equal the outside corner radii.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Bmm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H6545 15.00 10.00 1.50 0.40 0.40 68 49 18 0.179
H5441 17.20 10.90 1.70 0.75 1.20 75 54 20 0.225
H1485 18.00 12.00 1.20 0.76 0.76 84 59 22 0.180
H2262 20.00 10.00 1.20 0.30 0.30 84 59 22 0.180
H4932 20.00 10.00 1.50 0.40 0.40 83 59 22 0.220
H6560 20.00 10.00 2.00 0.40 0.40 81 59 22 0.282
H6543 20.00 10.00 3.00 0.40 0.40 77 59 22 0.390
H4895 20.00 15.00 2.00 0.40 0.40 96 69 25 0.336
H6932 24.00 18.00 1.20 2.30 3.50 113 78 30 0.241
H9154 25.00 15.00 1.20 0.30 1.50 112 77 29 0.239
H4993 25.00 15.00 1.50 0.40 0.40 113 79 29 0.301
H4729 25.00 15.00 2.00 0.40 0.40 111 79 29 0.390
H4730 25.00 20.00 2.00 0.40 0.40 126 89 32 0.444
H4125 25.20 20.00 2.00 1.50 2.50 122 86 32 0.437
H4318 25.35 14.60 1.30 1.00 1.00 112 78 29 0.263
H5440 28.40 12.40 1.70 0.80 1.40 113 79 31 0.341
H4091 30.00 10.00 1.50 0.50 0.50 113 79 32 0.300
H7222 30.00 19.00 1.30 2.20 3.50 134 92 33 0.310
H4707 30.00 20.00 2.00 0.40 0.40 141 99 36 0.499
H1561 33.00 20.00 1.25 2.25 3.50 146 100 39 0.325
H2497 33.00 20.00 1.50 2.00 3.50 145 100 39 0.388
H4912 34.00 20.00 2.00 0.40 0.40 153 107 39 0.542
H5852 34.92 25.40 1.30 1.08 2.38 171 117 44 0.396
H6541 35.00 25.00 2.00 0.40 0.40 171 119 43 0.607
H8339 38.00 15.00 1.50 0.40 0.40 152 105 41 0.407
H8161 38.00 25.00 1.50 1.50 3.00 177 121 43 0.472
H1568 38.10 19.00 3.17 0.25 0.25 159 114 43 0.872
H8088 38.10 19.05 1.63 0.40 0.40 164 114 43 0.476
H4605 38.10 25.40 1.57 1.60 3.18 177 122 46 0.498
H8047 38.10 25.40 3.25 0.40 0.40 176 126 46 1.004
H2547 40.00 20.00 1.20 3.80 5.00 163 111 45 0.350
H4689 40.00 20.00 2.00 0.40 0.40 171 119 44 0.607
H6641 40.00 20.00 3.00 0.40 0.40 167 119 45 0.878
H7043 42.88 27.94 1.27 0.20 0.20 207 141 51 0.469
H8341 44.00 37.00 1.50 0.40 0.40 236 161 57 0.634
H0102 44.46 25.40 3.18 0.64 0.64 195 139 51 1.094
H2591 45.00 20.00 1.20 1.80 3.00 184 125 49 0.396
H7529 49.20 18.20 1.50 1.00 2.50 191 131 52 0.511
H4792 50.00 20.00 2.00 0.40 0.40 201 139 54 0.715
H5775 50.00 20.00 2.00 0.50 1.50 199 137 54 0.711
H4731 50.00 20.00 3.00 0.40 0.40 197 139 54 1.041
H7020 50.00 25.00 1.50 0.30 0.30 218 149 56 0.585
H3115 50.00 25.00 2.00 0.50 0.50 216 149 56 0.770
H8101 50.00 25.00 3.00 0.40 0.40 212 149 56 1.122
H4092 50.00 30.00 2.00 0.50 0.50 231 159 58 0.823
TR1
R2
A
B
36
Rectangular Hollows
A rectangular hollow is a hollow of uniform thickness in the shape of a rectangle.The inside corner radii may or may not equal the outside corner radii.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Bmm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H8130 50.00 40.00 2.00 0.40 2.50 257 176 62 0.918
H4969 50.00 40.00 4.00 0.40 0.40 253 179 64 1.778
H6442 50.80 25.40 3.18 0.50 0.50 215 152 57 1.204
H4694 50.80 25.40 3.25 0.40 0.40 215 152 57 1.228
H6444 50.80 38.10 3.18 0.50 0.50 253 177 64 1.423
H4855 51.10 20.45 1.50 1.50 3.00 202 138 53 0.542
H3209 55.00 24.00 1.50 2.50 4.00 222 151 60 0.595
H0532 56.80 20.82 2.04 0.78 0.78 223 154 61 0.813
H2045 56.80 31.40 3.00 0.80 0.80 251 175 65 1.336
H4933 60.00 20.00 2.00 0.40 0.40 231 159 63 0.824
H4747 60.00 25.00 3.00 0.40 0.40 242 169 65 1.285
H6569 60.00 30.00 2.00 0.40 0.40 261 179 67 0.932
H4985 60.00 30.00 3.00 0.40 0.40 257 179 67 1.366
H4975 60.00 40.00 2.50 0.40 2.00 286 197 71 1.278
H6637 60.00 40.00 3.00 0.40 0.40 287 199 72 1.528
H4721 60.00 40.00 4.00 0.40 0.40 283 199 72 1.995
H6516 63.50 31.76 2.00 0.80 0.80 276 189 71 0.989
H0247 63.50 31.76 2.04 2.38 4.42 268 183 71 0.976
H1569 63.50 38.10 3.17 0.25 0.25 291 203 74 1.637
H6339 65.00 20.00 1.78 2.38 4.08 239 163 68 0.726
H4748 70.00 25.00 2.50 0.40 0.40 274 189 74 1.220
H4147 70.00 30.00 3.00 0.50 0.50 287 199 76 1.528
H6668 70.00 60.00 2.00 0.40 0.40 381 259 92 1.366
H6558 74.00 24.00 1.30 2.70 4.00 280 189 78 0.652
H3523 76.00 38.00 2.00 0.50 1.00 332 226 85 1.191
H6443 76.20 25.40 3.18 0.50 0.50 291 202 80 1.642
H8102 76.20 25.40 3.25 0.40 0.40 291 203 80 1.675
H0637 76.20 38.10 3.18 0.76 0.76 328 227 85 1.860
H4582 76.20 44.45 3.18 0.40 0.40 348 241 88 1.970
H8107 76.20 50.80 3.00 0.40 0.40 368 253 91 1.967
H4583 76.20 50.80 3.18 0.40 0.40 367 253 92 2.079
H4890 80.00 18.00 1.80 0.40 0.40 286 195 82 0.921
H6547 80.00 20.00 1.50 0.40 0.40 293 199 83 0.789
H6548 80.00 20.00 2.00 0.40 0.40 291 199 83 1.041
H3197 80.00 40.00 2.00 0.50 0.50 351 239 90 1.257
H5396 80.00 40.00 4.00 0.50 0.50 343 239 89 2.428
H4488 80.00 50.00 2.00 0.50 0.50 381 259 94 1.366
H4915 80.00 50.00 4.00 0.40 0.40 373 259 94 2.645
H4744 80.00 60.00 3.00 0.40 0.40 407 279 100 2.179
H6556 87.00 25.00 1.30 2.60 4.00 322 217 91 0.749
H6602 97.00 25.00 1.30 2.70 4.00 352 237 100 0.821
H4026 99.00 38.00 2.00 2.00 4.00 382 267 102 1.370
H6639 100.00 20.00 2.00 0.40 0.40 351 239 102 1.257
H4750 100.00 30.00 3.00 0.40 0.40 377 259 104 2.016
H6638 100.00 40.00 3.00 0.40 0.40 407 279 107 2.179
TR1
R2
A
B
37
Rectangular Hollows
A rectangular hollow is a hollow of uniform thickness in the shape of a rectangle.The inside corner radii may or may not equal the outside corner radii.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Bmm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H4983 100.00 40.00 4.00 0.40 0.40 403 279 108 2.862
H4788 100.00 50.00 2.00 0.40 0.40 441 299 112 1.583
H4977 100.00 50.00 3.00 0.40 0.40 437 299 112 2.341
H6473 100.00 50.00 4.00 0.50 0.50 433 299 112 3.079
H4691 100.00 60.00 4.00 0.40 0.40 463 319 116 3.295
H1639 100.00 90.00 6.30 1.70 8.00 530 366 135 5.915
H0454 100.34 50.80 3.18 2.38 3.18 433 297 112 2.485
H8055 101.60 25.40 3.25 0.40 0.40 367 253 105 2.123
H0668 101.60 38.10 3.18 0.30 0.30 406 279 109 2.295
H0803 101.60 44.46 3.18 0.50 0.50 424 291 111 2.408
H6446 101.60 50.80 3.18 0.50 0.50 443 304 114 2.517
H1358 101.60 50.80 6.34 0.76 0.76 430 303 114 4.812
H2071 101.60 76.20 3.00 0.75 0.75 519 354 127 2.797
H4751 120.00 30.00 2.00 0.40 0.40 441 299 124 1.583
H4745 120.00 40.00 2.50 0.40 0.40 469 319 125 2.100
H4937 120.00 40.00 4.00 0.40 0.40 463 319 126 3.295
H4916 120.00 50.00 4.00 0.40 0.40 493 339 130 3.512
H4891 120.0 80.00 3.00 0.40 0.40 587 399 144 3.154
H4665 125.00 50.00 2.00 0.50 0.50 516 349 134 1.854
H4520 127.00 50.80 3.18 0.50 0.50 519 355 137 2.955
H4522 127.00 76.20 3.18 0.50 0.50 596 406 148 3.393
H4742 140.00 40.00 3.00 0.40 0.40 527 359 145 2.829
H4736 140.00 80.00 4.00 0.40 0.40 643 439 161 4.596
H10078 150.00 38.00 2.00 0.50 0.50 555 375 155 1.995
H4737 150.00 40.00 4.00 0.40 0.40 553 379 155 3.946
H2961 150.00 50.00 2.25 0.80 2.00 587 397 158 2.376
H8166 150.00 50.00 3.00 0.50 0.50 587 399 158 3.154
H4738 150.00 50.00 4.00 0.40 0.40 583 399 158 4.163
H4732 150.00 100.00 3.00 0.40 0.40 737 499 180 3.968
H4521 152.40 50.80 3.18 0.50 0.50 596 406 161 3.393
H4739 160.00 60.00 5.00 0.40 0.40 639 439 171 5.691
H4733 180.00 40.00 4.00 0.40 0.40 643 439 184 4.596
H3308 190.00 80.00 3.00 0.50 0.50 797 539 206 4.292
H8207 197.00 97.00 8.50 0.50 0.50 847 587 220 12.761
H3176 200.00 50.00 3.00 0.50 0.50 737 499 206 3.967
H4917 200.00 50.00 4.00 0.40 0.40 733 499 206 5.247
Rectangular Oval Hollows
A rectangular oval hollow is a hollow of uniform thickness in the shape of a rectangle.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Bmm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H1204 19.06 12.22 2.54 3.57 6.11 70 52 19 0.303
H6918 30.00 16.00 1.75 6.25 8.00 112 78 30 0.344
H4900 40.00 25.00 2.00 10.50 12.50 157 109 40 0.554
H4797 45.00 22.40 2.90 8.30 11.20 164 116 45 0.837
H0007 63.50 25.40 1.90 10.80 12.70 228 156 64 0.772
TR1
R2
A
B
TR 1
R 2
A
B
38
Square Hollows
A square hollow is a hollow of uniform thickness in the shape of a square. The inside corner radii may or may not equal the outside corner radii.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H6542 10.00 2.00 0.40 0.40 51 39 14 0.173
H5433 12.00 1.20 0.30 0.30 66 47 17 0.140
H7511 12.70 1.32 0.40 0.40 70 50 18 0.162
H0238 12.70 1.63 0.64 0.64 68 50 18 0.196
H4918 15.00 2.00 0.40 0.40 81 59 21 0.282
H4570 15.88 1.57 0.40 0.40 88 63 22 0.244
H2564 18.00 1.20 0.76 0.76 102 71 25 0.184
H4084 19.00 1.20 0.50 0.50 108 75 27 0.231
H7512 19.05 1.33 0.40 0.40 108 76 27 0.255
H6447 19.05 1.58 0.50 0.50 107 75 27 0.299
H4571 19.05 3.18 0.40 0.40 101 76 27 0.547
H0823 19.06 1.62 0.40 0.40 107 76 27 0.306
H5958 20.00 1.20 0.50 0.50 114 79 28 0.244
H6913 20.00 1.50 0.40 0.40 113 79 28 0.301
H6539 20.00 2.00 0.40 0.40 111 79 28 0.390
H5836 21.00 1.30 0.40 0.40 120 83 29 0.277
H0012 22.22 1.90 1.27 3.18 119 83 30 0.398
H7312 25.00 1.20 0.50 0.50 144 99 35 0.310
H7573 25.00 1.50 0.50 1.50 141 97 35 0.377
H6429 25.00 2.00 0.50 0.50 141 99 35 0.499
H4944 25.00 3.00 0.40 0.40 137 99 35 0.715
H4415 25.40 1.60 0.40 0.40 146 101 36 0.413
H5674 25.40 2.04 0.50 0.50 143 101 36 0.517
H0175 25.40 2.04 2.38 0.64 141 101 36 0.529
H7509 25.40 3.18 0.40 0.40 139 101 36 0.766
H0315 25.40 3.18 1.60 1.60 136 99 36 0.766
H4668 25.40 3.25 0.40 0.40 139 101 36 0.780
H0022 25.40 3.26 0.72 3.96 132 95 36 0.747
H3078 30.00 2.00 0.50 0.50 171 119 42 0.607
H4972 30.00 2.00 0.20 2.00 168 117 41 0.598
H4971 30.00 2.00 1.00 3.00 166 115 42 0.588
H4690 30.00 3.00 0.40 0.40 167 119 42 0.878
H3002 30.76 1.63 0.80 0.80 178 122 44 0.514
H5037 31.75 1.60 0.40 0.40 183 126 45 0.523
H6450 31.75 3.18 0.50 0.50 176 126 45 0.985
H4759 31.75 3.25 0.40 0.40 176 126 45 1.004
H2256 31.76 2.00 0.64 0.64 181 126 45 0.645
H0101 31.76 3.18 0.63 0.63 176 126 45 0.985
H4964 34.00 3.00 0.40 0.40 191 135 48 1.010
H6559 35.00 2.00 0.40 0.40 201 139 49 0.715
H2105 38.00 3.00 0.76 0.76 214 151 54 1.139
H4669 38.10 1.63 0.40 0.40 221 152 54 0.644
H0041 38.10 2.00 0.40 0.40 220 152 54 0.782
H6451 38.10 3.18 0.50 0.50 215 152 54 1.204
H4666 38.10 3.25 0.40 0.40 215 152 54 1.228
T
R1
R2
A
39
Square Hollows
A square hollow is a hollow of uniform thickness in the shape of a square. The inside corner radii may or may not equal the outside corner radii.Anodising Perimeter = Outside perimeter + 1/2 Inside perimeter.
ProfileNumber
Amm
Tmm
R1mm
R2mm
Anod.Peri.
Finish Peri.
C.C.D.mm
Est.kg/m
H0363 38.10 4.78 0.76 1.28 207 150 54 1.728
H6496 40.00 1.50 0.30 1.27 232 158 56 0.622
H4643 40.00 2.00 0.40 0.40 231 159 57 0.824
H4722 40.00 2.50 0.40 0.40 229 159 56 1.017
H4660 40.00 3.00 0.40 0.40 227 159 57 1.203
H6436 40.00 4.00 0.76 0.76 222 159 56 1.561
H8087 44.45 3.25 0.40 0.40 253 177 53 1.451
H6217 50.00 1.50 5.50 7.00 277 188 71 0.744
H3121 50.00 2.00 0.50 0.50 291 199 71 1.041
H4720 50.00 2.50 0.40 0.40 289 199 70 1.287
H6640 50.00 3.00 0.40 0.40 287 199 70 1.528
H4661 50.00 4.00 0.40 0.40 283 199 71 1.995
H4670 50.80 1.63 0.40 0.40 297 203 72 0.869
H8167 50.80 2.03 4.00 6.00 283 193 70 1.026
H2309 50.80 3.18 0.30 0.30 292 203 72 1.641
H4754 50.80 3.25 0.40 0.40 291 203 72 1.675
H0256 50.80 3.26 1.60 1.60 288 200 72 1.680
H4576 50.80 6.35 0.40 0.40 278 203 72 3.060
H0412 50.80 6.36 0.76 3.18 273 198 72 3.042
H6544 60.00 3.00 0.40 0.40 347 239 85 1.854
H9084 60.00 4.00 0.50 0.50 343 239 85 2.428
H3557 72.60 2.00 3.75 0.50 424 290 103 1.563
H4316 75.00 3.00 0.50 0.50 437 299 106 2.341
H10495 76.00 2.00 0.50 0.50 447 303 108 1.604
H6452 76.20 3.18 0.50 0.50 443 304 108 2.517
H8143 76.20 3.25 0.40 0.40 443 304 107 2.570
H4577 76.20 6.35 0.40 0.40 431 304 108 4.808
H2268 78.00 2.00 2.00 0.50 458 312 110 1.656
H4919 80.00 4.00 0.40 0.40 463 319 113 3.295
H3454 80.00 4.00 0.50 4.00 457 313 113 3.258
H8100 100.00 2.00 0.40 0.40 590 399 141 2.125
H4887 100.00 3.00 0.50 0.50 587 399 141 3.154
H3012 100.00 4.00 0.80 0.80 582 399 141 4.163
H2027 100.00 6.00 0.80 0.80 574 399 141 6.113
H4894 100.00 8.00 5.00 0.50 563 399 141 8.035
H8056 101.60 6.35 0.40 0.40 582 406 143 6.556
H1673 114.50 3.00 1.00 1.00 672 456 162 3.630
H4746 125.00 6.00 0.40 0.40 725 499 176 7.740
H8228 125.00 8.00 0.50 0.50 715 499 176 10.146
H4575 127.00 3.18 0.40 0.40 748 507 180 4.268
H8276 127.00 6.35 0.40 0.40 736 507 180 8.305
H4525 150.00 2.50 0.50 0.50 889 599 212 3.997
H4519 152.40 3.18 0.50 0.50 900 609 216 5.144
H1671 160.00 3.00 1.00 1.00 945 638 226 5.106
T
R1
R2
A
40
I - Sections
I - sections may have web and flanges of different thicknesses.
ProfileNumber
Amm
Bmm
T1mm
T2mm
R1mm
R2mm
Finish Peri.
C.C.D.mm
Est.kg/m
17401 9.53 17.48 1.60 1.60 0.30 0.30 84 20 0.179
17010 9.55 21.43 1.60 2.39 0.80 0.76 97 24 0.224
17511 10.50 29.00 1.50 3.00 0.40 2.50 127 31 0.291
17211 13.50 22.00 1.75 1.75 0.40 0.40 109 26 0.256
17068 15.62 6.36 1.02 1.02 0.50 0.50 52 17 0.072
17108 15.88 15.88 1.60 1.60 0.80 0.80 88 23 0.191
17131 16.60 19.06 1.30 1.30 0.60 0.25 105 25 0.183
17110 19.52 19.52 1.26 1.26 0.50 0.50 112 28 0.191
17123 21.00 21.00 1.20 1.20 0.60 0.30 121 30 0.195
17515 22.00 22.00 3.00 2.00 0.90 0.90 124 31 0.443
17043 23.24 22.98 1.40 1.40 0.76 0.76 136 33 0.251
17207 32.00 20.00 1.50 1.50 0.50 0.50 138 38 0.280
17408 48.50 27.40 2.00 2.00 0.64 0.64 203 56 0.539
17022 48.90 19.06 2.04 2.04 0.76 0.76 166 52 0.457
17102 50.00 65.00 5.00 5.00 1.50 4.00 338 82 2.333
17411 50.80 50.80 3.18 3.18 0.25 3.18 292 72 1.282
17071 63.50 44.46 3.18 3.18 0.64 3.18 293 78 1.281
17206 75.20 44.00 2.10 1.60 0.50 0.50 323 84 0.809
17502 120.00 120.00 10.00 10.00 1.00 7.00 684 169 9.324
17013 127.00 76.20 9.52 6.36 0.64 9.40 530 148 5.997
17529 130.00 50.00 6.00 4.00 0.40 4.00 444 139 2.942
17073 130.00 100.00 5.00 5.00 0.76 5.00 639 164 4.392
17527 150.00 150.00 3.80 3.80 0.50 3.00 885 211 4.576
17069 152.40 101.60 6.36 6.36 0.78 0.78 694 183 5.909
17092 177.80 101.60 9.54 9.54 0.76 0.76 739 205 9.356
17507 177.80 101.60 11.11 7.94 1.50 11.50 721 205 9.763
17091 203.20 101.60 11.12 7.94 0.80 11.43 775 227 10.320
A
B
R1R2
2
T1
41
Tees
Type 1 tees are of a uniform thickness. The head and body of the tee may not be equal in length. All radii are less than or equal to 0.80 mm.
Profile NumberA
mmB
mmT
mmR1
mmFinish Peri.
C.C.D.mm
Est.kg/m
14518 15.00 15.00 1.50 0.40 59 19 0.115
14005 19.05 19.05 3.18 0.76 74 24 0.300
14214 20.00 20.00 1.50 0.40 79 28 0.159
14116 22.20 22.20 2.00 0.25 88 31 0.229
14013 22.22 45.24 3.18 0.40 133 48 0.553
14117 25.00 25.00 1.60 0.30 99 32 0.209
14514 25.00 25.00 2.00 0.40 98 31 0.260
14017 25.40 25.40 3.18 0.64 99 31 0.409
14019 25.40 38.10 3.18 0.64 127 41 0.520
14091 25.40 44.45 3.18 0.20 139 49 0.574
14215 35.00 35.00 3.00 0.40 139 44 0.544
14032 38.10 12.70 1.14 0.50 100 39 0.153
14067 38.10 38.10 2.38 0.80 153 48 0.475
14536 38.10 38.10 6.35 0.76 151 48 1.201
14068 38.45 38.45 3.20 0.63 154 48 0.629
14121 40.00 20.00 3.00 0.20 119 41 0.463
14512 40.00 40.00 4.00 0.40 159 50 0.823
14539 50.00 50.00 1.50 0.50 200 63 0.400
14506 50.00 50.00 4.00 0.40 199 62 1.040
14080 50.80 25.40 2.03 0.76 150 51 0.407
14520 50.80 31.75 6.35 0.30 164 53 1.311
14072 50.80 50.80 6.35 0.40 202 64 1.639
14507 60.00 60.00 4.00 0.40 239 75 1.257
14508 60.00 60.00 6.00 0.40 239 75 1.853
14529 76.20 76.20 6.36 0.40 304 96 2.517
14208 80.00 60.00 3.60 0.40 280 87 1.330
14505 100.00 60.00 5.00 0.40 319 116 2.100
Type 1 A
B
T
T
R1
R2
42
Tees
Type 2 tees are of a uniform thickness. The head and body of the tee may not be equal in length. The inside corners may have radii greater than 0.80 mm.
Profile Number
Amm
Bmm
Tmm
R1
mmR2
mmFinish Peri.
C.C.D.mm
Est.kg/m
14538 20.60 11.25 1.25 0.30 0.50 62 21 0.103
14524 32.00 75.00 6.00 3.00 0.50 211 79 1.652
14047 38.10 38.10 4.78 5.84 0.64 147 48 0.966
14531 50.00 75.00 5.00 6.00 0.40 244 84 1.668
14532 50.00 100.00 5.00 6.00 0.40 294 107 2.006
14050 50.80 50.80 6.36 6.36 0.64 198 58 1.687
14523 65.00 100.00 8.00 3.00 0.50 326 111 3.413
14502 76.00 76.00 6.50 7.00 0.50 297 95 2.619
14533 76.20 152.40 9.50 9.52 1.00 449 162 5.743
14043 99.40 51.30 3.15 0.82 0.82 298 72 1.258
14503 102.00 102.00 6.50 7.00 0.50 401 128 3.535
14058 127.00 101.60 9.52 9.90 0.76 447 141 5.764
14097 152.40 76.20 9.50 9.52 1.00 449 153 5.743
Z - Sections
Z-sections are profiles in the shape of a “Z” with a uniform thickness throughout.The radii are all less than or equal to 0.80 mm.
Profile Number
Amm
Bmm
Cmm
T1
mmT2
mmFinish Peri.
C.C.D.mm
Est.kg/m
17128 10.50 12.00 12.00 2.00 2.00 63 26 0.165
736 19.05 19.05 25.40 3.17 3.17 113 44 0.463
38396 25.00 17.00 17.00 2.00 2.00 113 41 0.298
38397 40.00 40.00 40.00 3.00 3.00 233 87 0.927
Type 2 A
B
T
T
R1
R2
B
C
T2 T1A
43
Angle
Type 1 angles have legs of equal length and of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
15002025.00
1.250.40
0.16560.9
6.76.7
3.8207
7.93.8
2077.9
6.0342
10.01.5
1605.0
45.032
15000325.00
1.500.40
0.19772.8
6.86.8
4.5246
7.84.5
2467.8
7.1404
9.91.8
1875.0
45.055
1535925.00
1.600.30
0.21077.4
6.86.8
4.7261
7.84.7
2617.8
7.6428
9.91.9
1975.0
45.066
1552625.00
2.000.50
0.26096.0
7.07.0
5.8321
7.85.8
3217.8
9.2522
9.82.3
2374.9
45.0128
1587125.00
3.000.40
0.382141.0
7.47.4
8.2465
7.68.2
4657.6
13.0737
9.63.4
3254.9
45.0423
1594025.00
4.000.40
0.498184.0
7.77.7
10.4599
7.510.4
5997.5
16.3925
9.44.4
4004.9
45.0981
1519225.40
1.520.25
0.20374.9
6.96.9
4.7257
8.04.7
2578.0
7.6422
10.11.9
1965.1
45.058
1582425.40
3.180.40
0.410151.4
7.57.5
9.1506
7.79.1
5067.7
14.4800
9.73.7
3525.0
45.0510
1519325.40
4.750.63
0.592218.7
8.18.1
12.4718
7.512.4
7187.5
19.51088
9.45.3
4684.9
45.01645
1515825.40
6.360.40
0.766282.6
8.68.6
15.4916
7.415.4
9167.4
23.71321
9.27.0
5745.0
45.03811
1552730.00
2.000.50
0.314116.0
8.28.2
10.2469
9.410.2
4699.4
16.3767
11.84.1
3536.0
45.0155
1586030.00
3.000.40
0.463171.0
8.68.6
14.6681
9.214.6
6819.2
23.21094
11.75.9
4895.9
45.0513
1552930.00
3.000.76
0.462171.0
8.68.6
14.6681
9.214.6
6819.2
23.21094
11.75.9
4895.9
45.0513
1586130.00
4.000.40
0.607224.0
9.09.0
18.6882
9.118.6
8829.1
29.41387
11.57.7
6075.9
45.01195
1590130.00
5.000.40
0.745275.0
9.39.3
22.21072
9.022.2
10729.0
34.91647
11.39.4
7125.8
45.02292
1570831.75
1.600.20
0.26899.0
8.58.5
9.9426
10.09.9
42610.0
15.8705
12.64.0
3306.3
45.085
1582631.75
3.180.40
0.517191.8
9.19.1
18.3809
9.818.3
8099.8
29.21299
12.37.5
5806.2
45.0647
1555531.75
4.760.40
0.757279.6
9.79.7
25.61159
9.625.6
11599.6
40.51802
12.010.7
7836.2
45.02112
1516331.76
6.360.40
0.985363.5
10.210.2
32.01487
9.432.0
14879.4
50.12231
11.713.9
9606.2
45.04902
1554035.00
3.000.50
0.544201.0
9.99.9
23.6940
10.823.6
94010.8
37.71522
13.79.6
6886.9
45.0603
1597038.00
3.000.40
0.593219.0
10.610.6
30.51115
11.830.5
111511.8
48.71813
14.912.4
8247.5
45.0657
1597238.00
6.000.40
1.138420.0
11.711.7
54.72079
11.454.7
207911.4
86.43215
14.323.0
13927.4
45.05040
1516438.10
1.140.55
0.23185.6
10.010.0
12.6446
12.112.6
44612.1
20.1746
15.35.0
3587.7
45.037
15000738.10
1.600.40
0.323119.4
10.110.1
17.3619
12.017.3
61912.0
27.71028
15.27.0
4867.6
45.0102
1529138.10
2.040.76
0.409151.3
10.310.3
21.7781
12.021.7
78112.0
34.71288
15.18.7
6007.6
45.0210
1582738.10
3.180.40
0.629232.2
10.710.7
32.41183
11.832.4
118311.8
51.71918
14.913.1
8687.5
45.0783
1582838.10
4.780.40
0.925341.4
11.311.3
45.91712
11.645.9
171211.6
72.92705
14.619.0
11887.5
45.02600
1517038.10
6.350.40
1.202443.5
11.811.8
57.72195
11.457.7
219511.4
90.93375
14.324.4
14587.4
45.05962
Type 1To
90
A
A
T
y2
Cy
y
Cx1
x
21
x
44
Engineering Data for Structural Shapes
Angle
Type 1 angles have legs of equal length and of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1586240.00
2.000.40
0.422156.0
10.710.7
24.8846
12.624.8
84612.6
39.61399
15.910.0
6558.0
45.0208
1587940.00
3.000.40
0.626231.0
11.111.1
35.81240
12.535.8
124012.5
57.22021
15.714.5
9227.9
45.0693
1555740.00
4.000.40
0.824304.0
11.511.5
46.11615
12.346.1
161512.3
73.42594
15.518.8
11587.9
45.01621
1553240.00
5.000.76
1.015375.0
11.811.8
55.61974
12.255.6
197412.2
88.33121
15.322.9
13717.8
45.03125
1537340.00
6.000.40
1.203444.0
12.212.2
64.52319
12.164.5
231912.1
102.03605
15.227.0
15667.8
45.05328
15001444.45
4.760.40
1.085400.5
12.912.9
74.52359
13.674.5
235913.6
118.53771
17.230.5
16758.7
45.03025
1591345.00
4.000.40
0.932344.0
12.712.7
66.72065
13.966.7
206513.9
106.23339
17.627.1
15048.9
45.01835
1573350.00
3.000.50
0.789291.0
13.613.6
71.51965
15.771.5
196515.7
114.23230
19.828.8
14969.9
45.0873
1590650.00
4.000.40
1.040384.0
14.014.0
92.62571
15.592.6
257115.5
147.74178
19.637.5
18979.9
45.02048
1597350.00
4.500.60
1.164429.8
14.214.2
102.72866
15.5102.7
286615.5
163.74629
19.541.7
20849.9
45.02901
1553350.00
5.000.75
1.286475.0
14.314.3
112.53155
15.4112.5
315515.4
179.15066
19.445.9
22639.8
45.03958
1585450.00
6.000.40
1.528564.0
14.714.7
131.33719
15.3131.3
371915.3
208.55897
19.254.0
25989.8
45.06768
1599350.80
1.590.40
0.431159.0
13.313.3
41.41105
16.141.4
110516.1
66.31845
20.416.6
88410.2
45.0134
1582950.80
3.180.40
0.848313.0
13.913.9
79.22145
15.979.2
214515.9
126.53520
20.131.9
162610.1
45.01055
1583050.80
4.760.40
1.254461.0
14.514.5
113.33118
15.7113.3
311815.7
180.65026
19.846.1
225610.0
45.03481
1583150.80
6.350.40
1.639604.8
15.015.0
144.74044
15.5144.7
404415.5
229.76393
19.559.7
28099.9
45.08130
1517450.80
9.520.76
2.374876.6
16.116.1
199.35752
15.1199.3
575215.1
313.08713
18.985.7
37529.9
45.026482
15000060.00
2.000.40
0.639236.0
15.715.7
85.61935
19.085.6
193519.0
137.03228
24.134.3
154212.1
45.0315
1588060.00
3.000.40
0.951351.0
16.116.1
125.42856
18.9125.4
285618.9
200.34722
23.950.4
221112.0
45.01053
1557260.00
4.000.40
1.257464.0
16.516.5
163.13749
18.8163.1
374918.8
260.56139
23.765.8
282311.9
45.02475
1587260.00
6.000.40
1.853684.0
17.217.2
233.35452
18.5233.3
545218.5
371.48754
23.395.2
391011.8
45.08208
1520763.50
3.180.64
1.068393.7
17.117.1
157.53391
20.0157.5
339120.0
251.75606
25.363.3
262412.7
45.01327
1520663.50
4.780.64
1.580584.2
17.617.6
228.24977
19.8228.2
497719.8
364.28111
25.092.3
369912.6
45.04449
1517663.50
6.360.40
2.080767.3
18.218.2
293.16472
19.5293.1
647219.5
466.610391
24.7119.6
464012.5
45.010345
1536364.00
8.000.76
2.600960.0
18.918.9
364.58087
19.5364.5
808719.5
578.612784
24.5150.4
561712.5
45.020480
1590770.00
6.000.40
2.178804.0
19.719.7
378.17519
21.7378.1
751921.7
602.712177
27.4153.4
550113.8
45.09648
1548575.00
3.000.50
1.194441.0
19.919.9
248.54506
23.7248.5
450623.7
397.27490
30.099.7
354815.0
45.01323
1598075.00
6.000.40
2.340864.0
21.021.0
468.88677
23.3468.8
867723.3
747.814101
29.4189.9
640314.8
45.010368
Type 1To
90
A
A
T
y2
Cy
y
Cx1
x
21
x
45
Angle
Type 1 angles have legs of equal length and of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1573576.00
2.000.50
0.813300.0
19.719.7
175.93126
24.2175.9
312624.2
281.35234
30.670.4
252215.3
45.0400
1542076.00
4.000.64
1.604592.0
20.520.5
338.46095
23.9338.4
609523.9
540.710061
30.2136.1
469615.2
45.03157
1583276.20
3.180.40
1.286474.5
20.220.2
275.54923
24.1275.5
492324.1
440.48174
30.5110.6
386415.3
45.01600
1583376.20
4.780.40
1.912705.6
20.820.8
401.67252
23.9401.6
725223.9
641.411903
30.1161.9
549615.1
45.05374
1583476.20
6.350.40
2.513927.4
21.421.4
517.99450
23.6517.9
945023.6
825.815327
29.8210.0
693915.0
45.012465
1521076.20
9.520.40
3.6861360.2
22.522.5
732.113644
23.2732.1
1364423.2
1162.221569
29.2302.1
947614.9
45.041092
1517876.20
12.700.76
4.8071774.2
23.723.7
922.517561
22.8922.5
1756122.8
1454.626997
28.6390.4
1166414.8
45.095386
15984101.60
6.350.40
3.3871250.0
27.827.8
1265.117131
31.81265.1
1713131.8
2020.328122
40.2509.8
1298820.2
45.016801
15994101.60
9.530.40
5.0011845.7
28.928.9
1815.024971
31.41815.0
2497131.4
2891.540248
39.6738.6
1806120.0
45.055875
15947120.00
8.000.40
5.0291856.0
33.033.0
2610.229990
37.52610.2
2999037.5
4167.349113
47.41053.0
2258623.8
45.039595
15856120.00
12.000.40
7.4142736.0
34.434.4
3732.643616
36.93732.6
4361636.9
5942.670034
46.61522.5
3127823.6
45.0131328
150005152.40
12.700.40
10.053709.7
42.842.8
8286.375600
47.38286.3
7560047.3
13213.2122613
59.73359.4
5550923.6
45.0199444
Type 1To
90
A
A
T
y2
Cy
y
Cx1
x
21
x
46
Angle
Type 2 angles have legs of equal length and of equal thickness.The radii are all greater than 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Tmm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1594950.00
5.001.20
1.201.260
474.714.3
14.3112.1
314215.4
112.13142
15.4173.7
491419.1
50.52493
10.345.0
3958
1554550.80
3.186.35
3.180.860
317.313.5
13.576.8
205715.6
76.82057
15.6115.4
321319.1
38.22005
11.045.0
1055
1554650.80
4.766.35
3.181.260
465.314.2
14.2111.0
303015.4
111.03030
15.4165.6
461118.9
56.32806
11.045.0
3481
1554750.80
6.356.35
3.181.650
609.214.8
14.8142.3
395715.3
142.33957
15.3211.1
587618.6
73.53505
11.045.0
8130
1554376.20
6.357.93
6.352.503
923.620.9
20.9493.5
891723.1
493.58917
23.1726.8
1348828.1
260.28822
16.845.0
12465
1554476.20
9.537.93
6.353.679
1357.722.2
22.2709.4
1313522.9
709.413135
22.91032.4
1916027.6
386.412311
16.945.0
41219
15135101.60
6.369.52
6.363.399
1254.027.1
27.11224.1
1643531.2
1224.116435
31.21841.9
2563838.3
606.415812
22.045.0
16880
15813101.60
9.539.53
6.355.007
1847.928.5
28.51773.4
2425931.0
1773.424259
31.02648.7
3686837.9
898.122286
22.045.0
55875
Type 2
y2
Cy
y
Cx1
x
2
x
1
R1
R2
R2 T
o90
A
A
T
47
Angle
Type 3 angles have legs of equal length and of equal thickness.The inside corner radius is greater than 0.80 m
m.
Other radii are less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Tmm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1510338.10
4.745.34
0.640.938
344.711.2
11.245.7
169711.5
45.71697
11.572.3
268414.5
19.11212
7.545.0
2537
1510438.10
6.365.34
0.641.220
450.111.8
11.857.8
219511.3
57.82195
11.390.9
337614.2
24.61479
7.445.0
5989
1511050.80
3.186.10
0.640.870
320.813.6
13.679.8
214615.8
79.82146
15.8126.3
351519.8
33.21723
10.245.0
1055
1511150.80
4.766.10
0.641.269
468.814.3
14.3113.8
311815.6
113.83118
15.6180.4
502219.6
47.22331
10.045.0
3481
1511250.80
6.366.10
0.641.662
613.514.9
14.9145.2
404815.4
145.24048
15.4229.8
639719.4
60.62869
9.945.0
8167
1511350.80
7.926.10
0.642.035
749.815.5
15.5173.2
490815.2
173.24908
15.2273.1
760319.1
73.33338
9.945.0
15513
1511963.50
7.926.86
0.642.582
953.018.7
18.7353.3
788219.3
353.37882
19.3559.5
1246024.2
147.15571
12.445.0
19719
1512176.20
6.367.62
0.762.574
941.021.2
21.2520.5
946623.5
520.59466
23.5826.4
1533829.6
214.57148
15.145.0
12523
1512276.20
7.967.62
0.643.148
1162.021.8
21.8631.6
1162023.3
631.611620
23.31002.1
1859929.4
261.18452
15.045.0
24283
1512376.20
9.527.62
0.643.719
1372.522.4
22.4733.5
1364323.1
733.513643
23.11161.8
2156329.1
305.29618
14.945.0
41092
1512588.90
6.368.38
0.642.994
1105.324.4
24.4841.5
1303627.6
841.513036
27.61336.6
2126334.8
346.310054
17.745.0
14702
1523488.90
7.958.38
0.643.699
1365.225.0
25.01023.9
1602027.4
1023.916020
27.41626.2
2586934.5
421.611930
17.645.0
28448
1512788.90
9.528.38
0.644.381
1616.925.6
25.61194.8
1887227.2
1194.818872
27.21895.9
3015934.2
493.713641
17.545.0
48397
1512888.90
12.708.38
0.645.722
2111.726.8
26.81515.0
2438726.8
1515.024387
26.82395.1
3810133.7
634.916768
17.345.0
112729
15130101.60
9.529.14
0.645.044
1861.628.7
28.71818.3
2495731.3
1818.324957
31.32888.3
4020339.4
748.418413
20.145.0
55702
15132127.00
9.5210.66
0.766.372
2351.635.0
35.03650.4
3969039.4
3650.439690
39.45803.7
6462749.7
1497.130222
25.245.0
70313
15294127.00
12.706.36
0.768.327
3072.936.4
36.44686.0
5170139.1
4686.051701
39.17453.7
8300149.3
1918.237301
25.045.0
164758
15286152.40
9.5212.18
0.767.703
2842.741.3
41.36427.3
5785147.6
6427.357851
47.610220.9
9484660.0
2633.645092
30.445.0
84923
15287152.40
12.7012.18
0.7610.138
3741.342.6
42.68308.7
7564247.1
8308.775642
47.113211.2
12259559.4
3406.356596
30.245.0
199444
Type 3To
90
A
A
T
y2
Cy
y
Cx1
x
21
x
48
Angle
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
15002725.00
10.301.30
0.500.119
44.22.0
9.42.9
1868.1
0.338
2.73.0
1888.2
0.231
2.211.0
25
1534725.00
12.501.50
0.300.146
54.02.7
8.93.5
2208.1
0.663
3.43.8
2248.4
0.450
2.715.0
41
1592825.00
15.002.00
0.400.206
76.03.6
8.64.9
2978.0
1.3118
4.25.4
3068.4
0.889
3.319.9
101
1598525.00
20.003.00
0.400.341
126.05.5
8.07.6
4507.8
4.3299
5.99.7
4768.8
2.2199
4.231.8
378
1524125.40
12.701.60
0.640.157
58.42.7
9.13.9
2428.2
0.769
3.44.2
2468.5
0.455
2.714.9
50
1505025.40
12.703.18
0.200.301
111.03.3
9.77.1
4538.0
1.2126
3.37.5
4538.2
0.8103
2.713.8
374
1505125.40
15.881.60
0.640.171
63.53.7
8.44.3
2518.2
1.3108
4.64.8
2618.7
0.881
3.521.6
54
1526425.40
15.883.18
0.640.329
121.24.2
9.07.7
4718.0
2.3198
4.48.6
4798.4
1.4150
3.420.6
408
1573130.00
10.002.00
0.250.206
76.02.1
12.17.0
3909.6
0.453
2.47.1
3909.7
0.346
2.07.5
101
1556730.00
15.002.00
0.400.233
86.03.3
10.88.1
4209.7
1.4120
4.08.6
42710.0
0.996
3.214.9
115
1555830.00
15.003.00
0.400.341
126.03.6
11.111.5
6109.6
1.9171
3.912.2
6159.8
1.3138
3.214.3
378
1587530.00
20.002.00
0.400.259
96.04.8
9.88.9
4419.6
3.2213
5.810.3
46210.4
1.8156
4.424.0
128
1555930.00
20.003.00
0.400.382
141.05.1
10.112.7
6419.5
4.6306
5.714.7
66310.2
2.6224
4.323.5
423
1592630.00
20.004.00
0.400.498
184.05.5
10.516.2
8299.4
5.7392
5.618.5
84710.0
3.4289
4.323.0
981
1505731.76
19.063.18
0.400.410
151.54.8
11.115.4
74810.1
4.2294
5.317.1
76410.6
2.6224
4.119.6
511
1505831.76
25.403.18
0.400.465
171.76.8
10.017.1
78410.0
9.7522
7.521.8
83711.3
5.0348
5.432.0
579
1588235.00
20.003.00
0.400.422
156.04.8
12.319.6
86111.2
4.7311
5.521.4
88011.7
2.9241
4.318.3
468
15001838.00
25.003.00
0.400.487
180.06.1
12.626.6
104612.2
9.3491
7.230.5
108913.0
5.33617
5.423.3
540
1506138.10
12.703.18
0.640.409
151.42.9
15.622.1
98212.1
1.3133
2.922.5
98112.2
1.0117
2.57.2
510
1583738.10
19.053.18
0.400.465
171.64.4
13.925.6
105912.2
4.4300
5.127.2
107212.6
2.9240
4.114.6
579
1583838.10
25.403.18
0.400.519
191.86.3
12.628.4
111312.2
10.2534
7.332.7
115813.1
5.9391
5.523.7
647
1584538.10
25.404.75
0.500.756
279.16.8
13.239.9
160112.0
14.1759
7.145.6
164012.8
8.3557
5.523.1
2099
1558140.00
10.002.00
0.400.258
96.01.8
16.815.5
66912.7
0.455
2.215.6
66912.8
0.349
1.94.8
128
15000240.00
20.001.60
0.400.253
93.44.0
14.016.0
61313.1
2.9178
5.517.0
62813.5
1.8142
4.415.3
80
1587640.00
20.002.00
0.400.314
116.04.1
14.119.7
75913.0
3.5219
5.520.9
77513.4
2.2175
4.415.1
155
1588640.00
20.003.00
0.400.463
171.04.5
14.528.3
111012.9
4.9316
5.430.1
112613.3
3.2253
4.314.7
513
1557640.00
20.004.00
0.400.607
224.04.9
14.936.3
144512.7
6.2406
5.238.4
145713.1
4.1327
4.314.3
1195
1595040.00
25.002.00
0.400.341
126.05.6
13.121.2
78813.0
6.6340
7.224.0
82313.8
3.9256
5.521.8
168
Type 4
y2
Cy y
Cx 1
x
2
x
1
To90
A
B
T
49
Angle
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1598640.00
25.003.00
0.400.504
186.05.9
13.430.7
115412.8
9.4493
7.134.5
119513.6
5.5370
5.521.4
558
1593140.00
30.002.00
0.400.368
136.07.2
12.222.6
81212.9
11.1486
9.027.8
87414.3
5.8341
6.629.3
181
1556240.00
30.003.00
0.400.544
201.07.5
12.532.6
118912.7
15.9708
8.940.1
126714.1
8.4492
6.529.0
603
1506444.46
22.222.04
0.640.356
131.94.5
15.627.7
96014.5
4.9278
6.129.5
98215.0
3.1222
4.915.2
183
1506544.46
22.223.18
0.640.548
201.94.9
16.041.5
145914.3
7.2415
6.044.0
148114.8
4.6332
4.814.8
681
1506744.46
38.103.18
0.760.683
252.410.0
13.249.9
159414.1
34.01208
11.667.7
175516.4
16.2776
8.036.0
851
1533946.00
17.002.00
0.500.330
122.03.1
17.627.2
95714.9
2.2160
4.327.9
96515.1
1.5135
3.59.4
163
1587750.00
20.002.00
0.400.368
136.03.6
18.636.1
115216.3
3.7223
5.237.3
116416.6
2.5186
4.210.7
181
1593750.00
20.003.00
0.400.544
201.04.0
19.052.4
169216.1
5.1322
5.154.0
170416.4
3.5269
4.210.4
603
15001250.00
25.001.60
0.400.318
117.44.8
17.331.6
96716.4
5.7282
7.033.7
99217.0
3.6226
5.515.4
100
1598750.00
25.003.00
0.400.585
216.05.3
17.856.7
176116.2
9.9505
6.860.3
179416.7
6.3403
5.415.0
648
1557150.00
30.002.00
0.400.422
156.06.4
16.441.5
123616.3
11.8498
8.746.4
128817.2
6.9381
6.720.5
208
1593250.00
30.003.00
0.400.626
231.06.8
16.860.4
181716.2
16.9726
8.567.2
188217.1
10.0553
6.620.2
693
1593350.00
30.004.00
0.400.824
304.07.1
17.178.1
237616.0
21.5941
8.486.7
244416.9
13.0716
6.519.9
1621
1556450.00
40.003.00
0.400.707
261.010.0
15.066.6
190316.0
38.31277
12.185.6
207118.1
19.3862
8.632.4
783
1597650.80
12.703.18
0.500.519
191.82.6
21.649.3
169216.0
1.4138
2.749.6
169016.1
1.1126
2.44.6
647
1583950.80
19.053.18
0.400.574
212.03.9
19.756.7
182416.3
4.7308
4.758.1
183316.6
3.3261
3.99.3
715
1524850.80
25.401.60
0.640.322
119.44.9
17.633.2
99816.7
6.0292
7.135.4
102417.2
3.8233
5.615.4
102
1507350.80
25.402.02
0.760.409
149.85.0
17.741.3
124916.6
7.4363
7.044.1
127917.2
4.7290
5.615.3
204
1584050.80
25.403.18
0.400.629
232.25.5
18.262.7
192216.4
11.0550
6.966.7
195616.9
7.0439
5.514.9
783
1584950.80
25.404.76
0.400.921
340.16.0
18.789.4
279016.2
15.2786
6.794.7
281816.7
10.0632
5.414.4
2568
1507550.80
25.406.36
0.761.204
444.26.6
19.3113.9
362116.0
19.01010
6.5120.0
362716.4
12.8825
5.413.8
5989
1584150.80
38.103.18
0.400.738
272.69.4
15.772.2
205616.3
35.31228
11.488.8
220318.1
18.7857
8.329.1
919
1590250.80
38.104.76
0.401.086
400.59.9
16.3103.2
298916.1
49.91772
11.2126.3
315917.8
26.81228
8.228.8
3025
1592760.00
15.002.00
0.400.395
146.02.3
24.854.0
153619.2
1.6127
3.354.4
153919.3
1.2113
2.95.0
195
1558260.00
25.002.00
0.400.449
166.04.5
22.064.0
168319.6
7.3354
6.666.5
170620.0
4.8292
5.411.5
221
1585760.00
30.003.00
0.400.707
261.06.2
21.299.5
256219.5
17.6739
8.2106.0
261620.1
11.2590
6.515.1
783
1595360.00
30.004.00
0.400.932
344.06.5
21.5129.2
335819.4
22.5959
8.1137.3
341520.0
14.4766
6.514.9
1835
Type 4
y2
Cy y
Cx 1
x
2
x
1
To90
A
B
T
50
Angle
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1557360.00
30.005.00
0.401.151
425.06.9
21.9157.3
413019.2
40.31304
11.8127.5
283420.9
22.7960
8.824.2
873
1592460.00
40.003.00
0.400.788
291.09.1
19.1109.9
268919.4
40.31304
11.8127.5
283420.9
22.7960
8.824.2
873
1592960.00
40.004.00
0.401.040
384.09.5
19.5142.9
352719.3
51.91701
11.6165.3
369520.7
29.51248
8.824.0
2048
1588860.00
40.005.00
0.401.287
475.09.9
19.9174.2
434019.1
62.72081
11.5200.9
451720.6
36.01524
8.723.7
3958
1595960.00
40.006.00
0.401.528
564.010.2
20.2203.9
512719.0
72.82446
11.4234.5
530320.4
42.21791
8.723.5
6768
1589960.00
50.002.00
0.400.585
216.012.1
17.180.9
188619.4
51.81367
15.5107.7
210022.3
25.0913
10.834.7
288
1557060.00
50.004.00
0.501.148
424.012.8
17.8154.0
365219.1
97.92634
15.2204.0
400221.9
47.81729
10.634.5
2261
1507863.50
25.403.18
0.760.731
272.64.9
23.9115.6
292220.6
11.5561
6.5119.4
294920.9
7.8468
5.310.5
919
15001063.50
38.103.18
0.400.848
313.08.3
21.0133.2
313720.6
37.51259
10.9148.5
325921.8
22.2960
8.420.3
1055
1590363.50
38.104.76
0.401.249
461.08.9
21.6191.9
458320.4
53.01819
10.7213.0
472221.5
31.81384
8.320.0
3481
1598963.50
38.106.35
0.401.639
604.89.5
22.2246.5
597120.2
67.12347
10.5272.5
610121.2
41.01789
8.219.6
8130
1526263.50
50.806.36
0.641.860
686.513.6
20.0272.7
626619.9
155.14175
15.0348.1
668922.5
79.72783
10.832.0
9256
1537570.00
50.001.50
0.300.482
177.811.0
21.093.3
190422.9
41.11054
15.2112.3
205425.1
22.1764
11.227.3
133
15002570.00
60.002.00
0.600.693
256.014.6
19.6130.5
259022.6
89.71975
18.7178.0
291326.4
42.21299
12.836.2
341
1552075.00
25.002.00
0.500.531
196.03.9
28.9117.3
254524.5
7.6360
6.2119.6
256424.7
5.3307
5.28.2
261
1599975.00
50.003.00
0.400.991
366.011.1
23.6218.0
424324.4
80.32066
14.8253.2
449026.3
45.11526
11.124.3
1098
1551775.00
50.004.00
0.501.312
484.011.5
24.0284.7
558324.3
104.12705
14.7330.1
587926.1
58.81990
11.024.1
2581
1596975.00
50.006.00
0.401.935
714.012.2
24.7410.2
816324.0
147.93918
14.4473.5
850825.8
84.72871
10.923.8
8568
1550476.00
22.002.00
0.400.520
192.03.3
30.3116.6
255024.6
5.2279
5.2118.0
256124.8
3.7242
4.46.5
256
1535576.00
38.002.00
0.500.606
224.07.1
26.1140.1
280825.0
25.5824
10.7149.6
288525.8
16.0659
8.415.5
299
1542176.20
25.402.03
0.760.548
202.14.0
29.4124.8
266724.9
3.3195
4.4101.9
224624.7
2.4172
3.85.3
176
1584276.20
25.403.18
0.400.848
313.04.5
29.9190.4
410824.7
11.9570
6.2193.9
412924.9
8.4488
5.27.9
1055
1508576.20
38.103.18
0.400.957
353.47.6
26.6219.0
441724.9
39.11282
10.5233.4
452025.7
24.71023
8.415.2
1191
1525276.20
38.104.74
0.641.410
519.38.2
27.2315.8
644824.7
55.31846
10.3335.8
656325.4
35.31474
8.214.9
3889
1598876.20
38.106.35
0.401.857
685.58.8
27.8409.2
846024.4
70.22394
10.1433.9
856525.2
45.61920
8.214.6
9213
1584376.20
50.803.18
0.401.067
393.711.4
24.1241.7
463524.8
88.92255
15.0280.6
490126.7
50.01664
11.324.3
1327
15001576.20
50.804.50
0.401.493
551.311.9
24.6333.0
644824.6
121.43117
14.8385.7
677426.5
68.72291
11.224.1
3721
1526376.20
50.806.35
0.642.078
766.112.5
25.2453.1
888924.3
163.14262
14.6522.6
925326.1
93.53122
11.123.7
10297
Type 4
y2
Cy y
Cx 1
x
2
x
1
To90
A
B
T
51
Angle
Type 4 angles have legs of unequal length but of equal thickness.The radii are all less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1593680.00
20.002.00
0.400.531
196.02.8
32.8130.1
275825.8
4.0231
4.5131.1
276525.9
2.9204
3.95.2
261
1592580.00
30.003.00
0.400.869
321.05.3
30.3217.9
438426.1
18.7758
7.6223.9
442426.4
12.8636
6.39.7
963
1592080.00
40.003.00
0.400.951
351.07.8
27.8240.7
461326.2
43.21343
11.1256.7
472527.0
27.21072
8.815.3
1053
1586380.00
40.005.00
0.401.558
575.08.6
28.6385.3
749425.9
67.42145
10.8409.7
762826.7
43.01713
8.714.9
4792
15356100.00
35.003.00
0.501.072
396.05.7
38.2421.3
682232.6
30.71049
8.8430.8
687733.0
21.2889
7.38.8
1188
15919100.00
40.003.00
0.401.113
411.06.9
36.9440.8
698632.7
45.31369
10.5455.8
707633.3
30.31137
8.610.8
1233
15878100.00
50.003.00
0.401.195
441.09.5
34.5475.8
726432.8
86.12126
14.0507.9
745633.9
54.11699
11.115.4
1323
15518100.00
50.004.00
0.761.580
584.09.9
34.9624.2
958532.7
111.72785
13.8665.5
981333.8
70.42223
11.015.3
3115
15858100.00
50.005.00
0.401.964
725.010.3
35.3767.8
1185932.5
136.03422
13.7817.6
1211033.6
86.22730
10.915.1
6042
1590363.50
38.104.76
0.401.249
461.08.9
21.6191.9
458320.4
53.01819
10.7213.0
472221.5
31.81384
8.320.0
3481
15887100.00
50.006.00
0.402.341
864.010.6
35.6906.7
1408732.4
159.04039
13.6964.3
1434833.4
101.43224
10.815.0
10368
15900100.00
70.002.00
0.400.910
336.015.2
30.2361.1
517132.8
151.62765
21.2430.3
556035.8
82.52021
15.726.5
448
15844101.60
50.803.18
0.401.286
474.59.7
35.1527.9
793733.4
95.42321
14.2563.4
814434.5
59.91854
11.215.4
1600
15977101.60
50.806.35
0.402.513
927.410.9
36.31002.4
1535132.9
175.34395
13.71065.7
1562633.9
112.03509
11.014.9
12465
150008101.60
76.206.35
0.402.950
1088.718.7
31.41153.2
1642632.5
564.19809
22.81419.2
1760136.1
298.16847
16.529.1
14633
15524110.00
25.002.00
0.500.721
266.03.2
45.7332.8
517335.4
8.0368
5.5334.9
518535.5
6.0327
4.84.5
355
15587110.00
55.002.80
0.501.230
454.210.3
37.8595.5
824336.2
8.0368
5.5334.9
518535.5
6.0327
4.84.5
355
15519115.00
25.002.00
0.500.748
276.03.1
48.1375.9
561836.9
8.1369
5.4377.9
562837.0
6.1330
4.74.2
368
15379120.00
50.003.00
0.501.357
501.08.5
43.5779.0
1018839.4
360.17672
16.22196.4
2731840.0
230.66130
12.914.9
29355
15962120.00
60.008.00
0.403.728
1376.013.1
43.12066.9
2686838.8
360.17672
16.22196.4
2731840.0
230.66130
12.914.9
29355
15944120.00
80.003.00
0.401.601
591.017.1
37.1913.8
1102839.3
339.55401
24.01063.6
1173142.4
189.84009
17.924.5
1773
15943120.00
100.004.00
0.402.341
864.024.2
34.21294.3
1508938.7
828.910938
31.01722.6
1679844.7
400.67303
21.534.7
4608
15290127.00
50.002.00
0.760.961
350.07.9
46.4613.6
760941.9
65.61534
13.6644.9
782642.6
43.51275
11.111.0
483
15971130.00
100.008.00
0.504.812
1776.024.7
39.73073.6
3404541.6
1602.121283
30.03844.3
3669246.5
831.514669
21.630.4
37888
15952150.00
50.004.00
0.402.124
784.07.9
57.91876.2
2036448.9
121.32878
12.41913.0
2051349.4
84.42453
10.48.2
4181
150017150.00
50.006.00
0.503.154
1164.08.7
58.72748.3
3009248.6
172.94183
12.22799.7
3025349.0
121.53577
10.28.0
13968
15958150.00
100.0010.00
0.406.504
2400.023.8
48.85580.4
5511548.2
2026.326574
29.16455.5
5773851.9
1151.219503
21.924.0
80000
150006152.40
76.206.35
0.403.824
1411.315.1
53.23498.1
3528049.8
625.110239
21.03728.8
3610351.4
394.48171
16.715.3
18969
15983152.40
76.209.53
0.405.657
2087.716.4
54.55076.9
5183749.3
888.014839
20.65397.8
5276250.8
567.111849
16.514.9
63203
Type 4
y2
Cy y
Cx 1
x
2
x
1
To90
A
B
T
52
Angle
Type 5 angles have legs of unequal length but of equal thickness.The radii are all greater than 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1585263.50
50.804.76
6.353.18
1.425525.7
13.119.1
208.64695
19.9132.5
358115.9
272.65114
22.868.5
244611.4
34.13983
1581676.20
50.806.36
7.944.76
2.089771.1
13.124.7
443.68622
24.0219.0
580916.9
531.99106
26.3130.7
467913.0
28.010345
15333100.00
75.005.00
2.002.50
2.298848.2
18.230.3
875.412569
32.1467.1
822223.5
1094.813616
35.9247.7
592317.1
30.67083
15847101.60
76.206.35
9.536.35
2.9571090.9
18.930.7
1116.415735
32.0644.8
1125724.3
1410.217058
36.0351.0
831317.9
31.814633
15819127.00
76.209.53
9.537.94
4.9811838.1
19.242.6
2984.535363
40.31303.9
2287226.6
3459.637038
43.4828.9
1998121.2
25.155875
15474140.00
63.506.35
9.534.76
3.4321261.7
13.749.8
2591.828738
45.3684.1
1373523.3
2776.229455
46.9499.8
1354219.9
16.516827
15459152.00
102.006.36
9.901.50
4.3111595.1
23.047.3
3870.336980
49.31532.9
1939331.0
4519.639178
53.2883.7
1474323.5
25.021236
Type 5
y2
Cy y
Cx 1
x
2
x
1
T
o90
A
B
TR
1
R2
R2
53
Angle
Type 6 angles have legs of unequal length but of equal thickness.The inside corner radius is greater than 0.80 m
m.
Other radii are less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsCentroid
X-X Axis
Y-Y Axis
Principal Axis
Amm
Bmm
Tmm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Cy
mm
Cx
mm
Ixx10
3mm
4
Zx
mm
3
Rx
mm
Iyx10
3mm
4
Zy
mm
3
Ry
mm
l1x10
3mm
4
Z1
mm
3
r1
mm
l2x10
3mm
4
Z2
mm
3
r2
mm
Angle deg
Jm
m4
1500238.10
25.403.18
5.080.64
0.534197.2
6.312.6
29.21142
12.210.6
5537.3
33.71189
13.16.0
4055.5
23.8647
1527250.80
38.106.34
6.340.76
1.440531.8
10.616.9
134.03956
15.964.7
235111.0
163.64125
17.535.1
16158.1
28.77013
1521663.50
38.103.18
6.100.64
0.869320.8
8.420.8
136.53200
20.638.4
129010.9
151.93320
21.823.0
9918.5
20.21055
1501063.50
50.803.18
6.600.64
0.983362.5
12.418.6
150.13344
20.386.5
225115.4
192.13646
23.044.4
154911.1
32.31191
1501263.50
50.806.36
6.600.64
1.921695.7
13.720.0
276.96365
19.9158.0
425715.1
353.86794
22.681.0
283710.8
32.19256
1501163.50
50.809.52
7.960.76
2.7391010.9
14.921.2
386.49136
19.6218.5
608114.7
489.79515
22.0115.2
401110.7
31.730135
1501676.20
50.806.36
6.860.64
2.106777.2
12.625.2
460.49029
24.3166.3
435114.6
531.39397
26.195.4
319011.1
23.810345
1501776.20
50.807.96
6.860.64
2.594957.5
13.225.8
557.611074
24.1199.7
531014.4
641.611436
25.9115.7
388211.0
23.620013
1522588.90
63.509.54
7.620.64
3.7261375.2
16.829.5
1080.518188
28.0460.9
987518.3
1284.218946
30.6257.2
700013.7
26.441346
1522788.90
76.207.94
8.130.64
3.4171261.9
20.526.9
982.315831
27.9668.0
1199923.0
1328.017268
32.4322.2
767616.0
35.926223
1522888.90
76.2012.70
8.130.64
5.2821949.5
22.328.7
1453.324123
27.3981.0
1819922.4
1948.925575
31.6485.4
1142415.8
35.6104058
15271101.60
50.809.52
8.120.76
3.7231374.1
12.237.5
1449.722613
32.5248.5
643813.4
1536.322837
33.4162.0
516610.9
14.541092
15024101.60
63.506.36
8.120.64
2.7741023.6
14.633.5
1101.116170
32.8340.6
697018.2
1241.116802
34.8200.6
525614.0
21.513612
15025101.60
76.209.52
8.380.64
4.3811616.9
19.932.5
1668.524163
32.1808.9
1436822.4
2042.925532
35.5434.6
996416.4
28.848397
15027127.00
76.209.52
9.140.64
5.0441861.6
17.943.2
3102.637013
40.8859.1
1474121.5
3444.738129
43.0517.0
1123016.7
20.055702
15350150.00
45.005.00
5.000.50
2.588955.3
7.359.6
2258.224988
48.6109.8
291210.7
2289.425091
49.078.6
25229.1
6.87917
15028152.40
76.209.52
9.900.64
5.7082106.5
16.454.2
5129.552260
49.3898.1
1501920.6
5452.553184
50.9575.1
1201016.5
14.963008
15231152.40
76.2012.70
9.900.64
7.4862762.8
17.655.6
6606.668227
48.91137.0
1941220.3
7006.469074
50.4737.2
1555716.3
14.6147415
15457152.40
88.909.52
10.420.76
6.0372229.6
20.051.6
5416.753715
49.31407.2
2043025.1
5971.655384
51.8852.3
1571919.6
19.266660
15486228.60
76.206.34
12.960.64
5.2251928.1
12.187.0
10750.375945
74.7686.0
1070318.9
10953.376460
75.4483.0
915715.8
8.025353
Type 6
y2
Cy y
Cx 1
x
2
x
1
T
o90
A
B
TR
1
R2
R2
54
Channel
Type 1 channels are of a uniform thickness w
ithall radii less than or equal to 0.80 m
m.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1692325.00
12.001.50
0.500.186
69.16.3
5069.6
0.9107
3.63.5
3.452
1639525.00
20.001.50
0.300.251
93.09.6
77010.2
3.8288
6.46.7
7.270
1644625.00
25.002.00
0.400.384
142.114.8
118510.2
9.1575
8.09.1
9.3189
1644825.00
25.003.00
0.400.561
207.120.0
15999.8
12.9828
7.99.5
8.5621
1604525.40
12.701.60
0.640.207
76.37.2
5709.7
1.1127
3.93.8
3.665
1682525.40
12.703.18
0.400.383
141.411.9
9359.2
1.9229
3.74.3
2.5476
1604825.40
15.881.60
0.640.234
86.58.7
68410.0
2.1197
5.05.0
5.174
1682625.40
19.053.18
0.400.492
181.816.9
13309.6
6.3514
5.96.9
5.5612
1682725.40
25.403.18
0.400.601
222.221.9
17259.9
14.2901
8.09.7
8.6749
1682825.40
50.803.18
0.401.039
383.742.0
330610.5
98.53377
16.021.6
21.01293
1688125.70
23.601.60
0.500.302
111.612.5
97410.6
6.5421
7.68.2
8.995
16000227.00
20.003.00
0.500.495
183.119.7
145910.4
7.0544
6.27.1
6.0549
1637127.16
25.003.00
0.500.578
213.624.4
179510.7
13.3841
7.99.2
8.4640
1633929.00
12.701.20
0.500.169
62.57.8
53711.2
0.9100
3.93.4
3.830
1653029.00
65.003.00
0.501.243
459.169.3
477612.3
193.85214
20.527.8
28.01377
1605629.84
15.883.18
0.760.475
175.921.5
144111.1
3.9368
4.75.2
3.8592
1688930.00
20.002.00
0.400.357
132.118.6
124311.9
5.2387
6.36.5
6.6176
1644930.00
30.003.00
0.400.683
252.136.4
242712.0
22.91216
9.511.1
10.7756
1683031.75
31.753.18
0.400.766
282.745.7
288012.7
28.81443
10.111.8
11.3953
1605931.76
12.703.18
0.640.438
161.720.9
131811.4
2.1237
3.64.0
2.2545
1606131.76
25.402.64
0.760.553
204.332.6
205512.6
13.2796
8.08.8
8.6474
1638432.00
12.001.50
0.500.214
79.611.4
71612.0
1.0111
3.53.1
3.160
1606732.20
19.041.56
0.640.282
104.917.2
106812.8
3.8283
6.05.7
6.385
16001435.20
100.002.00
0.501.253
462.5115.4
655915.8
463.18180
31.643.4
45.8617
1656836.00
15.481.40
0.200.241
89.817.3
95913.9
2.0174
4.74.1
4.659
1637238.00
25.002.00
0.200.455
168.039.0
205215.2
10.6617
7.97.8
8.6224
1640838.00
50.006.00
0.252.049
756.0164.2
864214.7
185.46276
15.720.5
17.79072
1683138.10
12.703.18
0.300.492
181.733.2
174113.5
2.2243
3.53.7
2.0612
Type 1o
90A
T1
T1
B R1
yy
xx
e
Cy
55
Channel
Type 1 channels are of a uniform thickness w
ithall radii less than or equal to 0.80 m
m.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1683238.10
19.053.18
0.400.601
222.245.5
239014.3
7.2550
5.75.9
4.9749
1683338.10
25.403.18
0.400.711
262.557.9
303814.8
16.4969
7.98.4
7.9885
1683438.10
38.103.18
0.400.930
343.382.6
433415.5
51.12114
12.213.9
14.11157
16003538.10
38.106.35
0.401.748
645.2132.3
694214.3
89.63891
11.815.1
11.68671
1642639.20
32.001.70
0.760.458
169.944.9
228816.2
18.3852
10.410.6
12.1163
1645040.00
20.002.00
0.400.412
152.136.7
183515.5
5.8404
6.25.7
6.1203
1646040.00
20.208.00
0.501.395
515.393.7
468513.5
16.51333
5.77.8
1.710991
1646340.00
32.003.00
0.500.796
294.175.7
378616.0
30.51449
10.211.0
11.1882
1689040.00
40.003.00
0.400.926
342.192.2
460816.4
56.62217
12.914.5
15.01026
1638342.00
25.002.00
0.500.476
176.149.2
234416.7
10.9627
7.97.5
8.4235
16004344.00
17.002.00
0.300.401
148.040.7
185016.6
3.7297
5.04.4
4.5197
1609244.02
28.581.78
0.760.469
174.055.3
251417.8
14.5732
9.18.7
10.1184
16004444.10
19.001.57
0.300.334
124.036.0
163317.0
4.2297
5.85.0
5.8102
1626844.44
15.881.62
0.760.317
118.433.1
149116.7
2.6215
4.73.9
4.3103
1609444.46
25.403.18
0.760.765
282.983.7
376517.2
17.3993
7.87.9
7.6953
1641347.31
19.061.43
0.500.319
118.239.2
165818.2
3.9276
5.84.8
5.780
1633248.51
12.701.60
0.300.305
113.234.8
143417.5
1.4138
3.52.8
2.897
1642348.90
19.061.80
0.500.406
150.352.1
213018.6
4.9343
5.74.8
5.4162
1692750.00
23.002.00
0.500.498
184.169.3
277219.4
9.2547
7.16.2
7.0245
1658850.00
25.001.50
0.500.394
145.657.2
228619.8
8.9491
7.86.8
8.3109
1645150.00
30.003.00
0.400.845
312.1120.9
483519.7
27.51327
9.49.3
9.6936
16003450.00
50.003.00
0.401.170
432.1187.2
748920.8
113.23519
16.217.8
19.31296
16000350.00
50.004.00
0.401.539
568.1236.9
947420.4
146.24595
16.018.2
18.63029
1611050.80
14.481.78
0.760.366
135.946.8
184118.5
2.2198
4.03.3
3.3143
1683650.80
25.403.18
0.400.820
302.9115.0
452819.5
18.11013
7.77.5
7.31021
1688250.80
25.404.76
0.401.188
438.4156.5
616218.9
24.91438
7.58.1
6.23310
1687250.80
25.406.35
0.401.529
564.6189.7
746918.3
30.71829
7.48.6
5.07588
16002950.80
38.106.35
0.401.967
725.9269.9
1062719.3
100.04108
11.713.8
11.09755
Type 1o
90A
T1
T1
B R1
yy
xx
e
Cy
56
Channel
Type 1 channels are of a uniform thickness w
ithall radii less than or equal to 0.80 m
m.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1685650.80
50.803.18
0.401.258
464.5206.7
813921.1
125.43840
16.418.2
19.51565
1683750.80
50.806.35
0.402.404
887.2350.1
1378519.9
226.57198
16.019.3
17.111923
1636951.60
25.901.80
0.500.486
179.774.5
288720.4
11.8627
8.17.2
8.5194
1686955.00
50.002.00
0.400.818
302.1162.7
591523.2
80.62435
16.316.9
19.7403
1611959.54
21.603.30
0.760.858
317.5153.8
516722.0
12.3775
6.25.8
5.11152
1645260.00
20.002.00
0.400.520
192.196.6
322122.4
6.5425
5.84.7
5.3256
1687060.00
40.003.00
0.401.089
402.1234.5
781824.2
65.22376
12.712.5
13.91206
1639860.00
40.004.00
0.301.430
528.0298.2
994023.8
83.83093
12.612.9
13.22816
1645760.00
50.003.00
0.401.252
462.1283.3
944424.8
120.73632
16.216.8
18.71386
1645860.00
60.003.00
0.401.414
522.1332.1
1107025.2
198.95120
19.521.2
23.61566
16003663.50
25.403.18
0.400.930
343.3196.6
619123.9
19.41044
7.56.8
6.81157
1645365.00
25.002.50
0.400.745
275.1167.2
514524.7
15.2817
7.46.4
7.0573
1644770.00
35.003.00
0.401.089
402.1301.4
861227.4
47.31880
10.89.9
11.01206
16004571.00
40.004.00
0.501.549
572.1443.0
1247927.8
88.73175
12.512.1
12.63051
16002475.00
50.006.00
0.402.650
978.1841.0
2242829.3
238.47115
15.616.5
15.811736
1643476.00
20.001.50
0.500.459
169.6132.0
347527.9
5.3334
5.64.0
5.1127
1628176.20
14.301.60
0.640.441
162.7115.8
303926.7
2.1182
3.62.6
2.7139
1624876.20
25.403.18
0.641.037
383.8306.0
803028.2
20.41067
7.36.3
6.31293
1612676.20
38.103.18
0.641.258
464.6413.7
1085829.8
64.82366
11.810.7
12.11565
16003076.20
38.104.76
0.401.843
680.2581.2
1525329.2
91.53411
11.611.3
11.05137
16003976.20
38.106.36
0.402.407
888.4728.2
1911428.6
115.54396
11.411.8
9.811978
1612776.20
44.463.18
0.641.367
505.0467.6
1227430.4
99.83186
14.113.1
15.11702
16003876.20
50.803.18
0.401.477
545.2521.3
1368230.9
144.34111
16.315.7
18.11838
1688076.20
50.806.35
0.402.841
1048.5924.7
2426929.7
262.77737
15.816.9
15.814091
1658780.00
35.002.00
0.500.791
292.1286.3
715831.3
34.21310
10.88.9
11.3389
1641480.75
24.222.00
0.640.676
250.6225.8
559430.0
12.1640
7.05.3
6.4334
1612982.55
38.102.38
0.640.997
366.7385.1
933032.4
51.31826
11.810.0
12.3692
1687986.00
40.003.00
0.401.300
480.1541.6
1259633.6
73.32504
12.410.7
12.61440
Type 1o
90A
T1
T1
B R1
yy
xx
e
Cy
57
Channel
Type 1 channels are of a uniform thickness w
ithall radii less than or equal to 0.80 m
m.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1647796.10
19.001.50
0.500.539
199.2234.0
487034.3
5.5334
5.23.5
4.5149
16876100.00
40.003.00
0.401.414
522.1772.5
1545038.5
76.62553
12.110.0
12.01566
16877100.00
50.005.00
0.402.574
950.11433.1
2866138.8
225.06310
15.414.3
15.37917
16133101.60
50.803.18
0.781.695
626.21012.2
1992540.2
158.44289
15.913.9
16.82110
160032101.60
50.806.00
0.403.109
1147.31754.5
3453739.1
276.17690
15.514.9
14.913766
16911104.00
42.002.00
0.500.997
368.1604.0
1161540.5
61.31923
12.910.1
13.5491
160006105.00
38.002.00
0.500.959
354.1575.2
1095640.3
46.51587
11.58.7
11.6472
16801108.74
44.453.17
0.781.642
606.71069.8
1967642.0
111.03334
13.511.2
13.62013
16135111.24
38.104.56
0.762.208
813.41394.5
2507341.4
98.83448
11.09.4
9.75636
16865120.00
45.0010.00
0.405.149
1900.13563.5
5939243.3
305.39627
12.713.3
8.663333
16570125.00
45.003.18
0.801.797
663.71505.5
2408947.6
119.83483
13.410.6
13.22236
160041127.00
34.939.53
0.754.591
1694.73301.3
5198844.1
140.75588
9.19.8
4.351297
16140139.70
18.262.38
0.641.105
408.3897.9
1285546.9
6.9447
4.12.9
2.5770
160055140.00
40.008.00
0.504.422
1632.14062.7
5803949.9
190.26399
10.810.3
7.134816
160040152.40
76.204.76
0.403.809
1405.65111.9
6708560.3
800.214448
23.920.8
25.310615
16556158.75
50.803.18
0.802.190
808.02894.5
3646659.9
179.84530
14.911.1
14.52723
160016175.00
45.002.25
0.501.588
586.12441.0
2789764.5
94.92600
12.78.5
12.1989
16868180.00
64.004.00
0.403.252
1200.15662.3
6291468.7
439.98941
19.114.8
19.06400
Type 1o
90A
T1
T1
B R1
yy
xx
e
Cy
58
Channel
Type 2 channels have the web and flanges of different thicknesses
and all radii are less than or equal to 0.80 mm
.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
T2
mm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1611858.82
25.403.30
3.030.76
0.889340.2
168.75735
22.319.5
10687.6
7.16.9
1234
Type 2o
90A
T2
T1
B R1
R2
yy
xx
e
Cy
59
Channel
Type 3 channels may have the w
eb and flanges of different thicknesses.The tw
o inside corner radii are always greater than 0.80 m
m.
All other radii are less than or equal to 0.80 m
m.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
T2
mm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1644350.80
25.403.30
3.302.54
0.600.856
316.1119.7
471119.5
18.71044
7.77.5
7.11138
1619750.80
31.756.35
6.353.18
0.641.760
649.3231.2
910218.9
59.12859
9.511.1
7.98671
1617863.50
26.183.18
3.181.58
0.670.945
349.1201.7
635424.0
21.11104
7.87.1
7.11174
1638664.00
35.002.00
2.001.00
0.500.704
260.3170.9
534025.6
31.91268
11.19.9
12.0347
16001372.22
35.003.18
3.183.18
0.641.181
436.2345.5
956728.1
50.31989
10.79.7
10.71456
1615576.20
38.106.35
7.937.62
0.642.744
1012.2843.7
2214428.9
127.94973
11.212.4
10.217059
1618593.68
22.221.78
1.781.60
0.640.651
240.4277.4
592334.0
8.8488
6.04.2
5.3253
160022101.60
50.806.35
7.949.15
0.503.758
1386.92166.6
4265039.5
326.79344
15.315.8
15.123505
160051101.60
50.808.00
8.006.00
0.604.099
1512.92229.0
4387938.4
349.49912
15.215.5
13.231949
16293104.02
48.008.00
11.431.58
0.764.734
1747.42721.4
5232439.5
344.410654
14.015.7
13.457573
16236127.00
50.806.36
7.969.14
0.644.105
1550.93698.1
5823748.8
351.09676
15.014.5
14.125833
16158127.00
63.506.36
9.5210.66
0.645.268
1944.34977.5
7838650.6
732.116910
19.420.2
20.843758
16266130.00
60.004.00
6.006.00
0.763.270
1207.23368.1
5181652.8
426.110189
18.818.2
21.010837
16566150.00
35.0010.00
25.0011.10
0.807.594
2802.67879.7
10506353.0
162.96442
7.69.7
6.2310417
16235152.40
50.806.36
7.969.14
0.644.543
1712.45726.3
7514957.8
370.49918
14.713.5
13.328011
16159152.40
63.506.36
7.9210.66
0.645.215
1923.06815.5
8944359.5
706.515493
19.217.9
18.931993
16289152.40
76.206.36
9.5212.18
0.646.401
2362.58933.2
11723361.5
1313.425111
23.623.9
25.853241
16524152.40
76.209.52
12.7012.20
0.628.694
3208.211330.4
14869359.4
1697.632638
23.024.2
23.2134888
16539177.80
50.806.36
9.529.14
0.765.455
2012.69188.8
10336167.6
421.811245
14.513.3
13.540809
16000177.80
76.206.34
11.1212.20
0.627.437
2744.714136.5
15901671.8
1491.428315
23.323.5
26.079144
16234177.80
88.907.92
12.7013.72
0.649.608
3545.718186.5
20457271.6
2649.243880
27.328.5
30.4140029
16598203.00
89.009.52
14.2814.28
0.6411.625
4289.927504.5
27098080.1
3096.250114
26.927.2
28.0212678
16541203.20
65.0211.84
11.8412.70
0.8010.100
3734.120343.3
20022973.8
1205.525125
18.017.0
12.7171269
16001203.20
76.207.14
11.107.14
0.628.144
3005.719323.6
19019380.2
1595.029448
23.022.0
24.487620
160023203.20
76.209.52
12.7012.20
0.6410.004
3691.822518.7
22164178.1
1859.934091
22.421.6
21.4149498
16538203.60
76.209.52
12.7012.20
0.7610.658
3933.629859.5
261.23887.1
1926.734657
22.120.6
20.5156803
Type 3o
90A
T2
T1
B R1
R2
yy
xx
e
Cy
60
Channel
Type 4 & 5 channels m
ay have the web and flanges of different thicknesses.
All radii m
ay be less than or greater than 0.80 mm
.
SheerCentre
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
T1
mm
T2
mm
R1
mm
R2
mm
R3
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
y
mm
emm
Jm
m4
1651829.46
25.402.04
2.041.14
3.181.02
0.409151.6
21.61468
11.99.2
5407.8
8.39.5
216
1644238.30
30.001.40
1.401.00
2.400.50
0.357131.7
33.11731
15.911.7
5679.4
9.311.6
87
1641254.60
13.001.20
1.203.00
4.200.25
0.24590.1
33.51228
19.30.5
472.4
1.73.3
45
160021127.00
63.008.00
8.002.00
4.000.50
5.1231890.8
4469.170380
48.6682.4
1531819.0
18.518.1
40448
16583150.00
100.0010.00
10.007.50
1.0015.00
8.7443323.7
11742.6156568
59.43282.0
4834631.4
32.132.7
110000
160054152.40
50.804.76
6.359.14
1.001.00
3.6441345.6
4687.161510
59.0304.2
808715.0
13.214.6
13338
1632731.25
23.801.60
1.600.78
2.360.80
0.321118.9
19.21232
12.76.5
3997.4
7.58.9
103
1632634.93
25.401.60
1.600.78
2.360.80
0.351129.9
26.31505
14.28.1
4637.9
7.89.4
113
1681751.00
50.003.00
3.002.00
0.505.00
1.154436.6
196.67709
21.2114.3
353116.2
17.619.2
1305
16267200.02
88.9011.12
11.1213.72
0.7613.72
10.7314034.6
23459.3234569
76.32835.5
4422626.5
24.823.8
162979
o90
AT
2
T1
B R1
R2
R3
yy
xx
e
Cy
Type 4 and 5
61
I - Sections
I-sections may have w
eb and flanges of different thicknesses.
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xis
Amm
Bmm
T1
mm
T2
mm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mJ
mm
4
1720732.00
20.001.50
1.500.50
0.500.280
103.317.0
106012.8
2.0197
4.478
1740848.50
27.402.00
2.000.64
0.640.539
198.273.8
304219.3
6.8493
5.8265
1702248.90
19.062.04
2.040.76
0.760.457
168.757.7
236118.5
2.3241
3.7235
1710250.00
65.005.00
5.001.50
4.002.330
859.9360.1
1440620.5
225.66941
16.27083
1741150.80
50.803.18
3.180.25
3.181.282
473.0210.7
829421.1
69.62741
12.11565
1707163.50
44.463.18
3.180.64
3.181.281
472.4313.0
985825.7
46.52091
9.91566
1720675.20
44.002.10
1.600.50
0.500.809
298.2294.4
782931.4
29.61347
10.0369
17502120.00
120.0010.00
10.001.00
7.009.323
3440.38207.0
13678348.8
2885.348089
29.0113333
17013127.00
76.209.52
6.360.64
9.406.004
2212.65886.1
9269551.6
709.718628
17.953088
17529130.00
50.006.00
4.000.40
4.002.942
1085.52901.2
4463451.7
125.75029
10.89717
17073130.00
100.005.00
5.000.76
5.004.392
1620.54698.9
7229153.8
832.716655
22.713333
17527150.00
150.003.80
3.800.50
3.004.576
1688.47043.6
9391564.6
2135.828478
35.68092
17069152.40
101.606.36
6.360.78
0.785.899
2180.28336.4
10940261.8
1112.021890
22.629403
17092177.80
101.609.54
9.540.76
0.769.356
3452.216910.2
19021670.0
1676.533002
22.0104746
17507177.80
101.6011.11
7.941.50
11.509.760
3602.518813.5
21162572.3
1953.138446
23.3118844
17091203.20
101.6011.12
7.940.80
11.4310.320
3807.525644.0
25240182.1
1962.638634
22.7123330
yy
xx
o90
A
B
R1
R3
R2 T
2
T1
T1
62
T - Sections
Type 1 tees are of a uniform thickness.
The head and body of the tee may not be equal in length.
All radii are less than or equal to 0.80 m
m.
Torsion Con-stant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
Tmm
R1
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
x
mm
Jm
m4
1411725.00
25.001.60
0.300.209
77.46.3
0.40.3
2.10.2
0.27.3
74
1451425.00
25.002.00
0.400.260
96.07.8
0.40.3
2.60.2
0.27.5
143
1401725.40
25.403.18
0.640.409
151.412.7
0.70.3
4.40.3
0.28.4
572
1401925.40
38.103.18
0.640.520
191.816.3
0.90.3
14.70.8
0.36.9
724
1409125.40
44.453.18
0.200.574
212.018.5
1.00.3
23.31.0
0.36.4
800
1421535.00
35.003.00
0.400.544
201.031.9
1.30.4
10.80.6
0.210.6
675
1403238.10
12.701.14
0.500.153
56.613.8
0.60.5
0.20.0
0.115.2
27
1406738.10
38.102.38
0.800.475
175.733.1
1.20.4
11.00.6
0.311.0
372
1453638.10
38.106.35
0.761.201
443.584.1
3.40.4
29.91.6
0.313.6
6677
1406838.45
38.453.20
0.630.629
235.845.2
1.70.4
15.30.8
0.311.6
902
1412140.00
20.003.00
0.200.463
171.041.4
1.70.5
2.10.2
0.115.5
575
1451240.00
40.004.00
0.400.823
304.063.1
2.30.5
21.51.1
0.312.5
1816
1453950.00
50.001.50
0.500.400
147.848.0
1.30.6
15.60.6
0.313.4
124
1450650.00
50.004.00
0.401.040
384.0124.5
3.60.6
41.91.7
0.315.0
2294
1408050.80
25.402.03
0.760.407
150.657.7
1.80.6
2.80.2
0.118.4
232
1452050.80
31.756.35
0.301.311
483.9179.9
5.90.6
17.91.1
0.220.1
7284
1407250.80
50.806.35
0.401.639
604.8202.9
6.00.6
70.32.8
0.316.7
9105
1450760.00
60.004.00
0.401.257
464.0216.7
5.10.7
72.32.4
0.417.5
2772
1450860.00
60.006.00
0.401.853
684.0319.6
7.80.7
109.03.6
0.418.8
9193
1452976.20
76.206.36
0.402.517
928.8699.6
13.20.9
236.06.2
0.523.1
14026
1420880.00
60.003.60
0.401.330
491.0421.5
7.70.9
65.12.2
0.425.3
2376
14505100.00
60.005.00
0.402.100
775.01095.7
16.81.2
91.03.0
0.334.8
7233
A
B
T
T
R1
Cx
x
y y
xo
90
Type 1
63
T - Sections
Type 1 tees are of a uniform thickness.
The head and body of the tee may not be equal in length.
All radii are less than or equal to 0.80 m
m.
Torsion Constant
Profile N
umber
Dim
ensionsX-X A
xisY-Y A
xisCentroid
Amm
Bmm
Tmm
R1
mm
R2
mm
Mass
kg/mA
ream
m2
Ixx10
3mm
4
Zx
mm
3
rm
mIy
x103m
m4
Zy
mm
3
rm
mC
x
mm
Jm
m4
1452432.00
75.006.00
3.000.50
1.652609.9
91.13.8
0.4211.4
5.60.6
8.18145
1404738.10
38.104.78
5.840.64
0.966356.0
67.12.6
0.423.4
1.20.3
12.22912
1453150.00
75.005.00
6.000.40
1.668615.5
204.55.5
0.6177.5
4.70.5
12.75600
1453250.00
100.005.00
6.000.40
2.006740.5
261.26.7
0.6418.0
8.40.8
11.06767
1405050.80
50.806.36
6.360.64
1.687623.1
208.76.1
0.672.6
2.90.3
16.49147
1452365.00
100.008.00
3.000.50
3.4131259.9
705.214.8
0.7669.5
13.40.7
17.430010
1450276.00
76.006.50
7.000.50
2.619966.8
723.513.6
0.9245.5
6.50.5
22.714918
1453376.20
152.409.50
9.521.00
5.7432120.3
1731.529.7
0.92811.8
36.91.2
17.870131
1404399.40
51.303.15
0.820.82
1.258465.1
672.810.5
1.236.0
1.40.3
35.01722
14503102.00
102.006.50
7.000.50
3.5351304.8
1759.324.2
1.2588.4
11.50.7
29.220249
14058127.00
101.609.52
9.900.76
5.7642127.7
4543.752.8
1.5884.2
17.40.6
40.970568
14097152.40
76.209.50
9.521.00
5.7432120.3
7285.976.3
1.9449.2
11.80.5
56.970131
A
B
T
T
R1
Cx
x
y y
xo
90
Type 2
64
Index
Die Nr Pg
11 25
76 25
282 26
736 43
10005 31
10015 31
10021 31
10022 31
10023 31
10024 31
10027 31
10029 31
10036 31
10042 31
10043 31
10044 31
10045 31
10074 32
10076 32
10081 32
10094 32
10095 33
10096 33
10097 33
10104 33
10105 33
10106 33
10114 33
10115 33
10118 33
10122 33
10132 34
10142 34
10167 31
10209 32
10216 33
10229 31
10231 31
10248 31
10249 31
10250 31
10251 31
10253 31
10265 32
10267 32
10270 32
10273 32
10280 32
10286 32
10289 32
10319 32
10321 32
10324 33
10351 34
10358 33
10360 33
10363 31
10365 32
10369 32
10383 34
10387 32
10397 34
10399 32
10409 32
10429 31
10465 31
10477 31
10490 32
10492 34
10493 32
10503 31
10504 31
10509 31
10512 32
Die Nr Pg
10517 31
10520 32
10533 31
10534 31
10535 32
10536 32
10537 31
10538 32
10539 32
10540 32
10541 32
10542 32
10546 31
10547 31
10548 31
10550 32
10551 32
10553 32
10555 32
10558 31
10559 31
10560 31
10561 31
10562 32
10563 32
10564 32
10565 32
10566 32
10567 31
10568 31
10569 31
10573 31
10577 31
10578 32
10579 31
10726 32
10745 31
10777 33
10809 31
10921 33
10925 32
10946 32
101113 33
101115 33
101123 32
101124 32
101126 32
101127 31
101128 32
101129 32
101130 32
101132 31
101133 31
101134 31
101135 31
101136 31
101137 32
101138 32
101139 32
101140 32
101141 32
101142 32
101144 32
101145 33
101146 33
101147 33
101148 33
101149 33
101151 32
101152 32
101153 32
101154 32
101155 31
101156 32
Die Nr Pg
101157 32
101158 31
101159 32
101162 31
101164 31
101165 31
101166 32
101169 31
101170 32
101171 32
101173 32
101175 31
101176 31
101177 31
101178 31
101179 31
101180 31
101181 31
101183 31
101184 31
101185 31
101186 32
101187 32
101188 32
101189 32
101190 32
101191 31
101192 31
101194 31
101196 31
101199 34
101200 33
101202 33
101203 31
101204 31
101206 33
101209 31
101210 32
101212 31
101213 31
101214 33
101217 32
101218 31
101221 32
101224 31
101228 32
101231 33
101234 32
101236 32
101237 33
101238 32
101240 32
101243 31
101244 31
101245 32
101258 31
101261 31
101264 31
101265 31
101266 32
101267 32
101269 32
101270 31
101272 32
101273 31
101279 33
101281 34
101282 32
101286 32
101289 33
101298 32
101313 31
101332 32
101504 31
Die Nr Pg
101508 31
101515 33
101516 34
101518 34
101524 32
101527 33
101528 33
101535 32
101537 31
101546 31
101547 31
101551 31
101555 32
101563 32
101571 33
101572 32
101573 32
101574 32
101575 31
101577 33
101578 32
101581 32
101585 31
101586 31
101587 32
101588 31
101591 33
101592 31
101593 31
101594 33
101595 33
101596 31
101597 32
101598 32
101602 33
101608 32
101609 32
101629 31
101651 32
101658 33
14005 42
14013 42
14017 42
14017 63
14019 42
14019 63
14032 42
14032 63
14043 43
14043 64
14047 43
14047 64
14050 43
14050 64
14058 43
14058 64
14067 42
14067 63
14068 42
14068 63
14072 42
14072 63
14080 42
14080 63
14091 42
14091 63
14097 43
14097 64
14116 42
14117 42
14117 63
14121 42
14121 63
14208 42
Die Nr Pg
14208 42
14214 42
14215 42
14215 63
14502 43
14502 64
14503 43
14503 64
14505 42
14505 63
14506 42
14506 63
14507 42
14507 63
14508 42
14508 63
14512 42
14512 63
14514 42
14514 63
14518 42
14520 42
14520 63
14523 43
14523 64
14524 43
14524 64
14529 42
14529 63
14531 43
14531 64
14532 43
14532 64
14533 43
14533 64
14536 42
14536 63
14538 43
14539 42
14539 63
15002 20
15002 54
15010 20
15010 54
15011 20
15011 54
15012 20
15012 54
15016 20
15016 54
15017 20
15017 54
15024 20
15024 54
15025 20
15025 54
15027 20
15027 54
15028 20
15028 54
15038 17
15039 17
15041 17
15042 17
15050 17
15050 49
15051 17
15051 49
15057 17
15057 49
15058 17
15058 49
15061 17
15061 49
Die Nr Pg
15064 17
15064 50
15065 17
15065 50
15067 17
15067 50
15073 18
15073 50
15075 18
15075 50
15078 18
15078 51
15085 18
15085 51
15103 16
15103 48
15104 16
15104 48
15110 16
15110 48
15111 16
15111 48
15112 16
15112 48
15113 16
15113 48
15119 16
15119 48
15121 16
15121 48
15122 16
15122 48
15123 16
15123 48
15125 16
15125 48
15127 16
15127 48
15128 16
15128 48
15130 16
15130 48
15132 16
15132 48
15135 16
15135 47
15137 15
15145 15
15147 15
15148 15
15158 15
15158 44
15163 15
15163 44
15164 15
15164 44
15170 15
15170 44
15174 15
15174 45
15176 15
15176 45
15178 15
15178 46
15192 15
15192 44
15193 15
15193 44
15206 15
15206 45
15207 15
15207 45
15210 15
15210 46
Die Nr Pg
15216 20
15216 54
15225 20
15225 54
15227 20
15227 54
15228 20
15228 54
15231 20
15231 54
15234 16
15234 48
15236 17
15241 17
15241 49
15248 18
15248 50
15252 18
15252 51
15262 18
15262 51
15263 19
15263 51
15264 17
15264 49
15271 20
15271 54
15272 20
15272 54
15286 16
15286 48
15287 16
15287 48
15290 19
15290 52
15291 15
15291 44
15294 16
15294 48
15295 20
15297 15
15323 20
15333 19
15333 53
15339 17
15339 50
15341 20
15346 17
15347 17
15347 49
15350 20
15350 54
15355 18
15355 51
15356 19
15356 52
15359 15
15359 44
15363 15
15363 45
15373 15
15373 45
15375 18
15375 51
15379 15
15379 52
15408 17
15420 15
15420 46
15421 18
15421 51
15457 20
15457 54
15459 19
Die Nr Pg
15459 53
15474 19
15474 53
15485 15
15485 45
15486 20
15486 54
15504 18
15504 51
15517 18
15517 51
15518 19
15518 52
15519 19
15519 52
15520 18
15520 51
15524 19
15524 52
15526 15
15526 44
15527 15
15527 44
15529 15
15529 44
15532 15
15532 45
15533 15
15533 45
15540 15
15540 44
15543 16
15543 47
15544 16
15544 47
15545 16
15545 47
15546 16
15546 47
15547 16
15547 47
15554 15
15555 15
15555 44
15556 15
15557 15
15557 45
15558 17
15558 49
15559 17
15559 49
15562 17
15562 50
15564 18
15564 50
15565 15
15567 17
15567 49
15570 18
15570 51
15571 18
15571 50
15572 15
15572 45
15573 18
15573 51
15574 15
15576 17
15576 49
15578 15
15579 15
15581 17
15581 49
15582 18
65
66
Index
Die Nr Pg
15582 50
15587 19
15587 52
15708 15
15708 44
15731 17
15731 49
15733 15
15733 45
15735 15
15735 46
15813 16
15813 47
15816 19
15816 53
15819 19
15819 53
15823 15
15824 15
15824 44
15826 15
15826 44
15827 15
15827 44
15828 15
15828 44
15829 15
15829 45
15830 15
15830 45
15831 15
15831 45
15832 15
15832 46
15833 15
15833 46
15834 15
15834 46
15837 17
15837 49
15838 17
15838 49
15839 18
15839 50
15840 18
15840 50
15841 18
15841 50
15842 18
15842 51
15843 18
15843 51
15844 19
15844 52
15845 17
15845 49
15847 19
15847 53
15849 18
15849 50
15852 19
15852 53
15854 15
15854 45
15856 15
15856 46
15857 18
15857 50
15858 19
15858 52
15859 15
15860 15
15860 44
15861 15
Die Nr Pg
15861 44
15862 15
15862 45
15863 19
15863 52
15871 15
15871 44
15872 15
15872 45
15875 17
15875 49
15876 17
15876 49
15877 17
15877 50
15878 19
15878 52
15879 15
15879 45
15880 15
15880 45
15882 17
15882 49
15885 17
15886 17
15886 49
15887 19
15887 52
15888 18
15888 51
15899 18
15899 52
15900 19
15900 52
15901 15
15901 44
15902 18
15902 50
15903 18
15903 51
15906 15
15906 45
15907 15
15907 45
15909 17
15913 15
15913 45
15919 19
15919 52
15920 19
15920 52
15924 18
15924 51
15925 19
15925 52
15926 17
15926 49
15927 18
15927 50
15928 17
15928 49
15929 18
15929 51
15931 17
15931 50
15932 18
15932 50
15933 18
15933 50
15936 19
15936 51
15937 17
15937 50
15940 15
Die Nr Pg
15940 44
15943 19
15943 52
15944 19
15944 52
15947 15
15947 46
15949 16
15949 47
15950 17
15950 49
15952 19
15952 52
15953 18
15953 50
15958 19
15958 52
15959 18
15959 51
15962 19
15962 52
15969 18
15969 51
15970 15
15970 44
15971 19
15971 52
15972 15
15972 44
15973 15
15973 45
15976 18
15976 50
15977 19
15977 52
15980 15
15980 45
15983 19
15983 52
15984 15
15984 46
15985 17
15985 49
15986 17
15986 50
15987 18
15987 50
15988 18
15988 51
15989 18
15989 51
15992 15
15993 15
15993 45
15994 15
15994 46
15996 20
15999 18
15999 51
150000 15
150000 45
150002 17
150002 49
150003 15
150003 44
150005 15
150005 46
150006 19
150006 52
150007 15
150007 44
150008 19
150008 52
150010 18
Die Nr Pg
150010 57
150012 17
150012 18
150014 15
150014 45
150015 19
150015 51
150017 19
150017 52
150018 17
150018 49
150019 15
150020 15
150020 44
150021 15
150025 18
150025 51
150027 17
150027 49
16000 24
16000 60
16001 24
16001 55
16007 21
16008 21
16009 21
16016 21
16018 21
16020 21
16026 21
16027 21
16028 21
16031 21
16032 21
16035 21
16041 21
16043 21
16045 21
16045 55
16048 21
16048 55
16056 22
16056 55
16059 22
16059 55
16061 22
16061 55
16067 22
16067 55
16092 22
16092 56
16094 22
16094 56
16110 22
16110 56
16118 24
16118 59
16119 23
16119 57
16126 23
16126 57
16127 23
16127 57
16129 23
16129 57
16133 23
16133 58
16135 23
16135 58
16140 23
16140 58
16148 24
16155 24
16155 60
Die Nr Pg
16158 24
16158 60
16159 24
16159 60
16178 24
16178 60
16185 24
16185 60
16197 24
16197 60
16214 21
16220 21
16223 21
16234 24
16234 60
16235 24
16235 60
16236 24
16236 60
16248 23
16248 57
16266 24
16266 60
16267 25
16267 61
16268 22
16268 56
16281 23
16281 57
16289 24
16289 60
16293 24
16293 60
16303 24
16326 25
16326 61
16327 25
16327 61
16332 22
16332 56
16339 22
16339 55
16340 26
16341 21
16342 21
16348 21
16357 21
16369 23
16369 57
16371 22
16371 55
16372 22
16372 55
16383 22
16383 56
16384 22
16384 55
16386 24
16386 60
16395 21
16395 55
16396 21
16397 21
16398 23
16398 57
16408 22
16408 55
16412 25
16412 61
16413 22
16413 56
16414 23
16414 57
16421 21
Die Nr Pg
16423 22
16423 56
16426 22
16426 56
16434 23
16434 57
16442 25
16442 61
16443 24
16443 60
16446 21
16446 55
16447 23
16447 57
16448 21
16448 55
16449 22
16449 55
16450 22
16450 56
16451 22
16451 56
16452 23
16452 57
16453 23
16453 57
16457 23
16457 57
16458 23
16458 57
16460 22
16460 56
16463 22
16463 56
16464 21
16465 21
16477 23
16477 58
16502 21
16518 25
16518 61
16524 24
16524 60
16530 22
16530 55
16538 24
16538 60
16539 24
16539 60
16541 24
16541 60
16556 23
16556 58
16566 24
16566 60
16568 22
16568 55
16570 23
16570 58
16583 25
16583 61
16587 23
16587 57
16588 22
16588 57
16598 24
16598 60
16710 21
16801 23
16801 46
16806 24
16817 25
16817 61
16825 21
Die Nr Pg
16825 55
16826 21
16826 55
16827 22
16827 53
16828 22
16828 55
16830 22
16830 55
16831 22
16831 55
16832 22
16832 56
16833 22
16833 56
16834 22
16834 56
16836 22
16836 56
16837 23
16837 57
16849
16856 23
16856 57
16861
16865 23
16865 58
16867 21
16868 23
16868 58
16869 23
16869 57
16870 23
16870 57
16872 22
16872 56
16876 23
16876 58
16877 23
16877 58
16879 23
16879 57
16880 23
16880 57
16881 22
16881 55
16882 22
16882 56
16885 21
16889
16889 55
16890 22
16890 56
16895 21
16900 26
16902 21
16907 21
16910 26
16911 23
16911 58
16919 21
16923 21
16923 55
16926 26
16927 22
16927 56
16930 26
16942 26
160002 22
160002 55
160003 22
160003 56
160006 23
160006 58
Die Nr Pg
160013 24
160013 60
160014 22
160014 55
160016 23
160016 58
160021 25
160021 61
160022 24
160022 60
160023 24
160023 60
160024
160024 57
160027 21
160029 23
160029 56
160030 23
160030 57
160032 23
160032 58
160034 22
160034 56
160035 22
160035 56
160036 23
160036 57
160037 21
160038 23
160038 57
160039 23
160039 57
160040 23
160040 58
160041 23
160041 58
160042 21
160043 22
160043 51
160044 22
160044 56
160045 23
160045 57
160051 24
160051 60
160054 25
160054 61
160055 23
160055 58
17010 41
17013 41
17013 62
17022 41
17022 62
17043 41
17068 42
17069 42
17069 62
17071 41
17071 62
17073 41
17073 62
17091 41
17091 62
17092 41
17092 62
17102 41
17102 62
17108 41
17110 41
17123 41
17128 43
17131 46
17206 41
67
Index
Die Nr Pg
17206 62
17207 41
17207 62
17211 41
17401 41
17408 41
17408 62
17411 41
17411 62
17502 41
17502 62
17507 41
17507 62
17511 41
17515 41
17527 41
17527 62
17529 41
17529 62
38396 43
38397 43
39955 35
H0007 38
H0012 39
H0022 39
H0041 39
H0101 39
H0102 36
H0175 39
H0238 39
H0247 37
H0256 40
H0315 39
H0363 40
H0412 40
H448 2
H0454 38
H0532 37
H0637 37
H0668 38
H0803 38
H0823 39
H1204 31
H1358 38
H1485 36
H1561 36
H1568 36
H1569 37
H1639 38
H1671 40
H1673 40
H2027 40
H2045 37
H2071 38
H2105 39
H2256 39
H2262 36
H2268 40
H2309 40
H2497 36
H2547 36
H2564 39
H2591 36
H2961 38
H3002 39
H3012 40
H3078 39
H3115 36
H3121 40
H3176 38
H3197 37
H3209 37
H3308 38
H3454 40
Die Nr Pg
H3523 37
H3557 40
H4026 37
H4084 39
H4091 36
H4092 36
H4125 36
H4147 37
H4316 40
H4318 36
H4415 39
H4488 37
H4519 40
H4520 38
H4521 38
H4522 38
H4525 40
H4570 39
H4571 39
H4575 40
H4576 40
H4577 40
H4582 37
H4583 37
H4605 36
H4643 40
H4660 40
H4661 40
H4665 38
H4666 39
H4668 39
H4669 39
H4670 40
H4689 36
H4690 39
H4691 38
H4694 37
H4707 36
H4720 40
H4721 38
H4722 40
H4729 36
H4730 36
H4731 36
H4732 38
H4733 38
H4736 38
H4737 38
H4738 38
H4739 38
H4742 38
H4744 37
H4745 38
H4746 40
H4747 37
H4748 37
H4750 37
H4751 38
H4754 40
H4759 39
H4788 38
H4792 36
H4797 38
H4855 37
H4887 40
H4890 37
H4891 38
H4894 40
H4895 36
H4900 38
H4912 36
H4915 37
H4916 38
H4917 38
Die Nr Pg
H4918 39
H4919 40
H4932 36
H4933 37
H4937 38
H4944 39
H4963 36
H4964 39
H4969 37
H4971 39
H4972 39
H4975 37
H4977 38
H4983 38
H4985 37
H4993 36
H5037 39
H5396 37
H5433 38
H5440 36
H5441 36
H5674 39
H5775 36
H5836 39
H5852 36
H5958 39
H6217 40
H6339 37
H6429 39
H6436 40
H6442 37
H6443 37
H6444 37
H6446 38
H6447 39
H6450 39
H6451 39
H6452 40
H6473 38
H6496 40
H6516 37
H6539 39
H6541 36
H6542 39
H6543 36
H6544 40
H6545 36
H6547 37
H6548 37
H6556 37
H6558 37
H6559 39
H6560 36
H6569 37
H6602 37
H6637 37
H6638 37
H6639 37
H6640 40
H6641 36
H6668 37
H6913 39
H6918 38
H6932 36
H7020 36
H7043 36
H7222 36
H7312 39
H7509 39
H7511 39
H7512 39
H7529 36
H7573 39
H8047 36
Die Nr Pg
H8055 38
H8056 40
H8087 40
H8088 36
H8100 40
H8101 36
H8102 37
H8107 37
H8130 37
H8143 40
H8161 36
H8166 38
H8167 40
H8207 38
H8228 40
H8276 40
H8339 36
H8341 36
H9084 40
H9154 36
H10078 38
H10495 40
68
Notes
69
Notes
www.hulaminextrusions.co.za
Head Office and Midrand OperationTel: +27 (11) 206 0200Fax: +27 (11) 206 0206Address: cnr Main & Olifantsfontein Road, OlifantsfonteinPO Box 25, Olifantsfontein, 1665, South Africa GPS Co-ordinates: Latitude: 25°57’32.98”S Longitude: 28°13’51.21”E
Pietermaritzburg Operation and Export Sales OfficeTel: +27 (33) 395 6911Fax: +27 (33) 395 6244 (Local Sales)+27 (33) 394 7395 (Export Sales)Address: Moses Mabhida Road, PietermaritzburgPO Box 74, Pietermaritzburg, 3200, South Africa GPS Co-ordinates: Latitude: 29°37’44.86”S Longitude: 30°21’41.03”E
Cape Town Sales OfficeTel: +27 (21) 507 9100Fax: +27 (21) 535 0041Address: Bertie Avenue, Epping Industria 2, Cape TownPO Box 160, Eppingdust, 7475, South Africa GPS Co-ordinates: Latitude: 33°55’57.31”S Longitude: 18°32’48.18”E
South African Enquiries: [email protected] Enquiries: [email protected]: www.hulaminextrusions.co.za
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