composite compounds / structural adhesives · structural adhesives providing solutions through...
TRANSCRIPT
Information presented herein is believed to be accurate and reliable but is not intended to meet any specification and does not imply any guarantee or warranty by Brenntag Specialties, Inc. (BSI). For more information and assistance, contact Technical Services at 908 561-6100. • Brenntag Specialties, Inc. • 1000 Coolidge St. • South Plainfield, NJ 07080 •
Information presented herein is believed to be accurate and reliable but is not intended to meet any specification and does not imply any guarantee or warranty by Brenntag Specialties, Inc. (BSI). For more information and assistance, contact Technical Services at 1-800-732-0562.
• Brenntag Specialties, Inc. • 1000 Coolidge St. • South Plainfield, NJ 07080 •
Composite Compounds / Structural Adhesives
Providing Solutions Through Technology
Fiberlink Inc was founded in 1999 with its headquarters in Toronto, Canada. Since then they have emerged as one of North America's largest and most reliable suppliers of Fiber Reinforced Polymer (FRP) materials.
Technical Data Chopped Strands For Thermoplastic PA Application
Product Introduction C1-A Thermoplastic E-glass Chopped
Strands are reinforcements designed for
use in extrusion compounding with
polyamide resin systems, PA6 and PA 66.
They exhibit excellent hydrolysis
resistance in PA66. These chopped
strands are engineered to achieve
excellent bulk density and flow
characteristics, which allow the fiber to
be fed into the extruder with a verylow
generation of fuzz compared to standard
chopped strand products..
Product Description C1-A Thermoplastic Chopped Strands
are manufactured from a collection of
continuous glass filaments gathered into
a single bundle. Higher performance
chemistry is applied to optimize
glass/matrix adhesion and provide
excellent bundle integrity. The fiber
bundles are then chopped into specific
lengths, dried, screened, trace metals
removed and packaged in reusable bags
to meet your end-use requirements. The
product is optimized to meet your cost
and performance needs.
Packaging The following package is available:
1000 kg bulk bags
Individuals 25 kg PP Bag.
Pallet dimension: 45” x 45”
Bag per pallet:
1 (For Bulk bags)
36 (For Individual bags)
Storage
Unless otherwise specified, it is
recommended to store chopped strands
in a cool, dry area. Temperature should
not exceed 35°C (95°F) and the relative
humidity should be kept below 75%. Chopped strands must remain in
packaging material until just prior to
their use. If these conditions are
respected, the chopped strands should
not undergo significant changes when
stored for extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high.
Features Customer Benefits Optimized strand integrity Excellent strand integrity with effective fiber dispersionleads to optimal fiber distribution.
Excellent glass flow characteristics Improved flow provides reliable supply to the extruder resulting in more consistent
properties. Fewer fines Reduced fines content increases customer productivity due to less cleaning maintenance.
Higher bulk density Improved bulk density increases net package weight translating to less storage and
handling costs
Superior coupling with thermoplastic Excellent matrix bonding provides superior properties in PA6 and PA 66
Product data ID Filament diameter Chop Length % LOI %Moisture Flowability Bulk Density
Number (Microns) (mm) Content Content (kg/s) (g/cm3)
C1-03G-A 10 3 0.60±0.20 ≤0.1% >0.35 >0.6
C1-04G-A 10 4.5 0.60±0.20 ≤0.1% >0.35 >0.6
C1-03H-A 11 3 0.60±0.20 ≤0.1% >0.35 >0.6
C1-04H-A 11 4.5 0.60±0.20 ≤0.1% >0.35 >0.6
C1-03K-A 13 3 0.60±0.20 ≤0.1% >0.35 >0.6
C1-04K-A 13 4.5 0.60±0.20 ≤0.1% >0.35 >0.6
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Chopped Strands For Thermoplastic PC/PBT/ABS Application
Product Introduction C2-A Thermoplastic E-glass Chopped
Strands are reinforcements designed for
use as the reinforcement of PBT
thermoplastic polyester. It also
contributes high reinforcement
properties when used in styrenic
copolymer, polyphenylene sulfide, and
polycarbonate resins. These chopped
strands are engineered to achieve
excellent bulk density and flow
characteristics, which allow the fiber to
be fed into the extruder with a very low
generation of fuzz compared to standard
chopped strand products..
Product Description C2-A Thermoplastic Chopped Strands
are manufactured from a collection of
continuous glass filaments gathered into
a single bundle. Higher performance
chemistry is applied to optimize
glass/matrix adhesion and provide
excellent bundle integrity. The fiber
bundles are then chopped into specific
lengths, dried, screened, trace metals
removed and packaged in reusable bags
to meet your end-use requirements. The
product is optimized to meet your cost
and performance needs.
Packaging The following package is available:
1000 kg bulk bags
Individuals 25 kg PP Bag.
Pallet dimension: 45” x 45”
Bag per pallet:
1 (For Bulk bags)
36 (For Individual bags)
Storage
Unless otherwise specified, it is
recommended to store chopped strands
in a cool, dry area. Temperature should
not exceed 35°C (95°F) and the relative
humidity should be kept below 75%. Chopped strands must remain in
packaging material until just prior to
their use. If these conditions are
respected, the chopped strands should
not undergo significant changes when
stored for extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high.
Features Customer Benefits Optimized strand integrity Excellent strand integrity with effective fiber dispersionleads to optimal fiber distribution.
Excellent glass flow characteristics Improved dry flow provides reliable supply to the extruder resulting in more consistent
properties. Fewer fines Reduced fines content increases customer productivity due to less cleaning maintenance.
Higher bulk density Improved bulk density increases net package weight translating to less storage and
handling costs
Multi-compatibility Compatible with various resin systems and processing methods; such as PBT, PC, PPS,
PET, POM, SMA
Product data ID Filament diameter Chop Length % LOI %Moisture
Number (Microns) (mm) Content Content
C2-03K-A 13 3 0.85±0.20 ≤0.1%
C2-04K-A 13 4.5 0.85±0.20 ≤0.1%
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Chopped Strands For Thermoplastic PP Application
Product Introduction C6-A Thermoplastic E-glass Chopped
Strands are reinforcements designed for
use in all polypropylene systems. It
exhibits excellent performance in heat
aging as well as hot detergent resistance.
These chopped strands are engineered to
achieve excellent bulk density and flow
characteristics, which allow the fiber to
be fed into the extruder with a very low
generation of fuzz compared to standard
chopped strand products.
Product Description C6-A Thermoplastic Chopped Strands
are manufactured from a collection of
continuous glass filaments gathered into
a single bundle. Higher performance
chemistry is applied to optimize
glass/matrix adhesion and provide
excellent bundle integrity. The fiber
bundles are then chopped into specific
lengths, dried, screened, trace metals
removed and packaged in reusable bags
to meet your end-use requirements. The
product is optimized to meet your cost
and performance needs.
Packaging The following package is available:
1000 kg bulk bags
Individuals 25 kg PP Bag.
Pallet dimension: 45” x 45”
Bag per pallet:
1 (For Bulk bags)
36 (For Individual bags)
Storage
Unless otherwise specified, it is
recommended to store chopped strands
in a cool, dry area. Temperature should
not exceed 35°C (95°F) and the relative
humidity should be kept below 75%. Chopped strands must remain in
packaging material until just prior to
their use. If these conditions are
respected, the chopped strands should
not undergo significant changes when
stored for extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high.
Features Customer Benefits Optimized strand integrity Excellent strand integrity with effective fiber dispersionleads to optimal fiber distribution.
Excellent glass flow characteristics Improved flow provides reliable supply to the extruder resulting in more consistent
properties. Fewer fines Reduced fines content increases customer productivity due to less cleaning maintenance.
Good heat resistance Excellent performance in heat aging as well as hot detergent resistance
Superior coupling with thermoplastic Excellent matrix bonding provides superior properties in a wide range of Polypropylene
resin systems.
Product data ID Filament diameter Chop Length % LOI %Moisture
Number (Microns) (mm) Content Content
C6-03K-A 13 3 0.55±0.20 ≤0.1%
C6-04K-A 13 4.5 0.55±0.20 ≤0.1%
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Combo Mat
Product Introduction M4-A E-fiberglass Combo Mats are a
commonly used form of composite
reinforcement composed of woven
roving and chopped roving stitch-
bonded into one fabric. This
construction takes advantage of the bi-
directional (0°/90°) reinforcement of
woven roving plus the isotropic (360°)
reinforcement of chopped glass fiber to
provide excellent wet-out and
conformability. Their many excellent
characteristics have been used to provide
superior performance in a broad range of
end-use markets such as marine,
transportation, recreation, construction,
consumer and anti-corrosion.
Product Description M4-A Combo Mats are designed to be
compatible in unsaturated polyester resin
systems. They offer excellent stiffness
and impact resistance for cost-sensitive
structural laminates. By combining
woven roving and chopped fiber, lay-up
reduced, leading to savings in labor and
time, wet-through, and resin usage are
material costs. Stitch-bonding a
binderless mat allows the fabric to
maintain physical integrity when
saturated with resin, yet still retaining
the conformability required for fast
laminate build-up. To help ensure the
quality of customers’ products, the
quality management programs of
manufacturing M4-A Combo mats are
controlled under the requirements of
ISO 9001.
Packaging M4-A Combo Mat is wound into a roll
on a cardboard inner tube with an inside
diameter of 7.2cm (2.8"). All densities
are 24cm (10") in diameter. Each roll is
wrapped with a plastic bag and placed in
a cardboard box. 12 or 16 boxes are
placed horizontally on a pallet, which is
stretch wrapped.
Storage Unless otherwise specified, it is
recommended to store glass fiber
products in a cool, dry area. Temperature
should not exceed 35°C (95°F) and the
relative humidity should be kept below
75%. Fiberglass products must remain in
packaging material until just prior to its
use. If these conditions are respected, the
glass fiber product should not undergo
significant changes when stored for
extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
Features Customer Benefits Economical, multi-use fabric, fast wet-out Lower finished parts cost
Multi-directional reinforcement Enhanced fatigue and off-axis properties
Retains conformability even when resin saturated Improved handling and durability
Combination of woven roving and chopped strand mat in Fast, efficient laminate thickness build-up
one fabric
Available in a variety of widths and weights Offers design flexibility for wide range of applications
Product data For Class A surface applications ID Chopped Strand Woven Roving Sizing Compatible %Moisture
Number Fiber diameter Fiber diameter type resin content
M4-18C-G 12μm 17μm Silane Polyester ≤0.1
M4-24D-G 12μm 17μm Silane Polyester ≤0.1
ID Total Weight Woven Roving Construction Mat Dry Thickness Standard Width
Number (OZ/yd2) 0° 90° (ends/inch) (OZ/ft
2, OZ/yd
2) (mm/inch) (inch)
M4-18C-G 27.0 9.4 8.6 6.6×6.1 1.0 / 9.0 38, 60, 50
M4-24D-G 37.6 13.3 11.0 4.6×3.8 1.5 / 13.3 38, 60,50
Typical Polyester Laminate Properties* Property Average Value Test Method
Flexural Strength (MPa) 407 (Dry) GB/T1449-1983
357 (Wet)
*Reference data only, not for technical specifications. M4-A Combo Mats in general purpose polyester resin at 50.6%
glass content by weight, no filler.
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Direct Roving For Pultrusion, Filament Winding & Weaving
Product Introduction D1-A, D2-A, D3-A, D4-A and D5-A E-
glass direct rovings or single-end
continuous rovings are designed for use
in filament winding, pultrusion and
weaving applications in polyester, vinyl
ester or epoxy resin systems. Typical
products include pultrusion profiles such
as window frames, ladders,
telecommunication cables and gratings.
High-voltage insulating rods, tanks and
pipes, etc. are also included.
Product Description All direct roving is manufactured to
meet ISO 9001 standards. These direct
rovings are produced by pulling
individual fibers directly from the
bushing and then winding them onto a
roving package ready for shipment. The
uniform distribution of a proprietary
sizing system assures an excellent resin-
to-glass binding through uniform
distribution of the binding agent. A
direct roving process represents the
optimum technology in forming glass
fiber and results in maximum strand
integrity.
Packaging Pallet height, cm (in) 94 (37) or 120 (47)
Pallet length, cm (in) 112 (44)
Pallet width, cm (in) 112 (44)
Number of layers: 3 or 4
48-roll pallet weight, kg (lb) 816 (1799)
64-roll pallet weight, kg (lb) 1088 (2399)
Doff dimensions
Doff height*, cm (in) 26 (10)
Doff weight*, kg (lb) 17 (37.5)
Doff diameter, cm (in) 26 (10)
Doffs/layer 16
Doffs/pallet 48 or 64
Doffs are wrapped in plastic bags, then
packed in individual cardboard boxes or
bulk-packed.
*275TEX Direct Roving
Doff height, cm (in) 13 (5)
Doff weight, kg (lb) 8 (17.5)
Storage Unless otherwise specified, it is
recommended to store glass fiber
products in a cool, dry area.
Temperature should not exceed 35°C
(95°F) and the relative humidity should
be kept below 75%. Glass roving
products must remain in packaging
material until just prior to its use. If
these conditions are respected, the glass
fiber product should not undergo
significant changes when stored for
extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high. When stacking two
pallets high, care should be taken to
correctly and smoothly place the top
pallet.
Features Excellent processing
Fast wetting properties
Customer Benefits D1-A, D2-A, D3-A, D4-A and D5-A roving have even tension and excellent integrity, which
means a smooth run out through the package. The product will run out at various speeds. In
addition, the product has low fuzz and good abrasion resistant properties that will result in
smoother parts, less cleanup, improved production efficiencies and reduced costs.
D1-A, D2-A, D3-A, D4-A and D5-A roving allow fast, uniform wet out of the strand in resin
systems. Fast wet out should allow you to optimize part fabrication time, increasing productivity
and improving your competitive position in the market.
Features Customer Benefits Multi-compatible size D2-A roving silane based sizing is designed to have excellent adhesion with polyester, vinyl
ester and epoxy resin systems. Multi-compatibiltiy allows a change in the resin system
without the need for the time consuming effort of changing the glass in the creel.
Application flexibility D1-A, D2-A, D3-A, D4-A and D5-A roving are available in a variety of TEX values. The
products allow you to meet the various demands of parts used in different applications, thus
increasing your competitive ability in the market.
Superior composites properties D1-A, D2-A, D3-A, D4-A and D5-A roving are designed to provide composites with superior
physical and chemical properties.
Product data ID Filament diameter Linear Density Compatible %Organic %Moisture Applicable
Number (Microns) (TEX, yds/lb) resin solid(LOI) Content process
D1-027-A 13 275/1800 UP, VE 0.55±0.20 ≤0.20 Weaving
D1-041-A 13 415/1200 UP, VE 0.55±0.20 ≤0.20 Weaving
D1-073-A 15 735/675 UP, VE 0.55±0.20 ≤0.20 Weaving
D1-120-A 17 1200/413 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
D1-200-A 22 2000/250 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
D1-220-A 23 2200/225 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
D1-240-A 24 2400/207 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
D1-440-A 23 4400/113 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
D1-480-A 24 4800/103 UP, VE 0.55±0.20 ≤0.20 Weaving /
Filament winding
Special products are available according to customers’ requirements.
ID Filament diameter Linear Density Compatible %Organic %Moisture Applicable
Number (Microns) (TEX, yds/lb) resin solid(LOI) Content process
D2-120-A 17 1200/413 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D2-200-A 22 2000/250 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D2-220-A 23 2200/225 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D2-240-A 24 2400/207 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D2-440-A 23 4400/113 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D2-480-A 24 4800/103 UP, VE, EP 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
Special products are available according to customers’ requirements.
ID Filament diameter Linear Density Compatible %Organic %Moisture Applicable
Number (Microns) (TEX, yds/lb) resin solid(LOI) Content process
D3-120-A 17 1200/413 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D3-200-A 22 2000/250 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D3-220-A 23 2200/225 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D3-240-A 24 2400/207 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D3-440-A 23 4400/113 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
D3-480-A 24 4800/103 Epoxy 0.60±0.20 ≤0.20 Weaving / Pultrusion
Filament winding
Special products are available according to customers’ requirements.
ID Filament diameter Linear Density Compatible %Organic %Moisture Applicable
Number (Microns) (TEX, yds/lb) resin solid(LOI) Content process
D4-120-A 17 1200/413 Amine Cured 0.60±0.20 ≤0.20 Filament winding
Epoxy
D4-200-A 22 2000/250 Amine Cured 0.60±0.20 ≤0.20 Filament winding
Epoxy
Special products are available according to customers’ requirements.
ID Filament diameter Linear Density Compatible %Organic %Moisture Applicable
Number (Microns) (TEX, yds/lb) resin solid(LOI) Content process
D5-030-A 13 300/1654 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-041-A 13 415/1200 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-073-A 15 735/675 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-120-A 17 1200/413 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-200-A 22 2000/250 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-220-A 23 2200/225 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-240-A 24 2400/207 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-440-A 23 4400/113 UP, VE 0.55±0.20 ≤0.20 Pultrusion
D5-480-A 24 4800/103 UP, VE 0.55±0.20 ≤0.20 Pultrusion
Special products are available according to customers’ requirements.
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Spray-up Roving
Product Introduction G1-A E-glass gun roving is designed for
use in spray-up operations using
standard or filled resin systems. This
includes applications in tub/showers,
septic tanks, heavy trucks and utility
boxes. Roving doffs are square-edged,
cylindrical packages which are firmly
and evenly wound and have a constant
traverse length. The packages are
designed to provide a smooth run out,
and their geometry is controlled to
maintain the desired run out
performance.
Product Description All G1-A gun roving is manufactured to
meet ISO 9001 standards. Besides, these
products have obtained the quality
certification of Norway Boat code. G1-A
gun roving is produced from a collection
of continuous glass filaments gathered,
without mechanical twisting, into a
single bundle. The filaments, which
make up the bundles, are bonded
together with a special size. Multiple
bundles are then pulled together to form
a strand .The strand is wound into a
tubeless package that is ready for use in
customer applications .
Packaging Pallet dimensions
Pallet height, cm (in) 94 (37)
Pallet length, cm (in) 112 (44)
Pallet width, cm (in) 112 (44)
Number of layers: 3
48-roll pallet weight, kg (lb) 912 (2010)
Doff dimensions
Doff height, cm (in) 26 (10)
Doff weight, kg (lb) 19 (42)
Doff diameter, cm (in) 26 (10)
Doffs/layer 16
Doffs/pallet 48
Doffs are wrapped in plastic bags, then
packed in individual cardboard boxes or
bulk packed. All pallets have ends that
are spliced together. One-, two-, four-
end run-outs are available depending on
specific customer requirements.
Storage Unless otherwise specified, it is
recommended to store glass fiber
products in a cool, dry area. Temperature
should not exceed 35°C (95°F) and the
relative humidity should be kept below
75%. Glass roving products must remain
in packaging material until just prior to
their use. If these conditions are
respected, the glass fiber product should
not undergo significant changes when
stored for extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high.
Features Customer Benefits Optimum dispersion and low static G1-A gun roving requires minimum force for cutting strands cleanly, results in even,
Flat dispersion characteristics that help eliminate clumping. Low static ensures maximum
Gun operator comfort and safety in the workplace.
Excellent glass lay down G1-A gun roving is deigned to spry onto a mold with minimal fluffing and virtually
No hay-stacking. This good lay down characteristic makes it easier for gun operators to
estimate laminate thickness while spraying a part. Better lay-down reduces time for roll
out as well.
Fast wetting properties Fast wetting should allow you to make more parts in the same amount of time, increasing
productivity and enhancing your competitive position in the market place. In addition,
Features Customer Benefits less pre-wetting and less post wetting are needed, resulting in less sliding of the matrix
when sprayed on vertical surface. Fast wet through and wet out may allow for a slightly
high glass content, potentially reducing resin costs.
Superior air release The combination of G1-A chemistry and optimum strand geometry results in a product
that releases air very easily, improving laminate quality and reducing part fabrication
time. The fast air release properties make G1-A an excellent Gun Roving for filling resin
systems.
Product data For Class A surface applications ID Linear Density Yield End Counts %Organic
Number (NOM TEX) (NOM yds/lb) solid(LOI)
G1-240-A 2400 207 1.25±0.20
G1-310-A 3100 165 1.25±0.20
ID Filament diameter %Moisture Compatible Resin
Number (Microns) Content
G1-240-A 13 ≤0.2 Polyester
G1-310-A 13 ≤0.2 Polyester
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
Technical Data Knitted Fabrics
Product Introduction K-C Knitted Fabrics are assembled by
knitting together a layer(s) of directional
glass fiber either with or without a
lightweight support of chopped strand
mat or veil. The layers are stitched
together to facilitate handling and
provide dimensional stability during
lamination. The perfect alignment and
positioning of the rovings thereby
provide high tensile strength, while the
resulting thick, highly porous layer of
reinforcement allows easy resin
impregnation. K-C Knitted Fabrics are
produced with an “E” glass as defined
by GB/T18369-2001 and designed to be
compatible with most resins.
Product Description K-C Knitted Fabrics have better
handling properties than either mat or
woven roving and, due to their porosity,
offer short lamination times. To suit a
variety of end-use specifications, fabric
weight can vary from 300 to 2000 g/m2
of fabric (special applications), while the
supporting layer of mat or veil can range
from 100 to 450 g/m2.
Packaging K-C Knitted Fabrics are wound into a
roll on a cardboard inner tube with an
inside diameter of 8 cm(3"). All
densities are 23cm (9") in diameter. The
rolls are wrapped in polyethylene film
and packed in cartons (1 roll per carton),
which are then packed on pallets (12 or
16 cartons per pallet).
Storage Unless otherwise specified, it is
recommended to store glass fiber
products in a cool, dry area.
Temperature should not exceed 35°C
(95°F) and the relative humidity should
be kept below 75%. Glass roving
products must remain in packaging
material until just prior to their use. If
these conditions are respected, the glass
fiber product should not undergo
significant changes when stored for
extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked.
Features Multi-directional reinforcement layers
High integrity of stitch-bonding
Easy resin impregnation
High glass loading
Customer Benefits Control of fiber orientation in reinforcement allows for design
optimization
Ease of handling
Short lamination times
Superior structural properties in composites
Preferential fiber loading Design flexibility
No crimp in combining fabrics Improved strain-to failure and improved fatigue resistance
Uniform fiber distribution Enhanced surface finish
Hybrid fabric configuration Optimized weight performance
Product data ID 0° 90° +45°/ -45° Yarn Mat Total Thickness Resin
Number (OZ/Yd2 ) (mm) Compatibility
K1-120-C 11.84 0.97 0.24 13.05 0.48 Polyester
K1-170-C 17.0 0.97 0.24 18.21 0.50 Polyester
K1-180-C 17.69 0.97 0.24 18.90 0.55 Polyester
K1-240-C 26.0 0.97 0.24 27.21 0.60 Polyester
K1-360-C 33.98 1.24 0.41 35.63 1.10 Polyester
K2-120-C 0.07 11.80 0.16 12.03 0.45 Polyester
K3-120-C 5.81 5.89 0.24 11.94 0.50 Polyester
K3-12A-C 5.81 5.89 0.24 5.0 16.94 0.80 Polyester
K3-12B-C 5.81 5.89 0.24 6.63 18.57 0.90 Polyester
K3-17B-C 8.71 8.50 0.24 6.63 24.08 1.10 Polyester
K3-180-C 8.71 8.84 0.24 17.79 0.60 Polyester
K3-18B-C 8.83 8.85 0.24 6.63 24.55 1.10 Polyester
K3-18C-C 8.83 8.85 0.24 8.85 26.77 1.15 Polyester
K3-240-C 11.85 11.80 0.24 23.89 0.75 Polyester
K3-24B-C 11.85 11.80 0.24 6.63 30.52 1.50 Polyester
K3-24D-C 11.85 11.80 0.24 13.27 37.16 1.60 Polyester
K3-32B-C 16.20 16.20 0.24 6.63 39.27 1.80 Polyester
K4-120-C 5.91/5.91 0.12 11.94 0.50 Polyester
K4-12A-C 5.91/5.91 0.12 5.0 16.94 0.70 Polyester
K4-12B-C 5.91/5.91 0.12 6.63 18.57 0.88 Polyester
K4-180-C 8.54 /8.54 0.12 17.20 0.60 Polyester
ID 0° 90° +45°/ -45° Yarn Mat Total Thickness Resin
Number (OZ/Yd2 ) (mm) Compatibility
K4-18B-C 8.54 /8.54 0.12 6.63 23.71 1.05 Polyester
K4-240-C 11.82/11.82 0.12 23.76 0.67 Polyester
K4-24B-C 11.82/11.82 0.12 6.63 30.39 1.50 Polyester
K4-24D-C 11.82/11.82 0.12 13.27 37.03 1.60 Polyester
K5-220-C 8.71 6.40/6.40 0.24 21.75 1.50 Polyester
K5-340-C 16.73 8.88/8.88 0.24 34.73 1.60 Polyester
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
TECHNICAL DATA SHEET BIAXIAL KNITTED FABRIC
Product Code K3- 32A – 50A
Configuration 0° 90° Mat Stitching
Type E-Glass E-Glass E-Glass Polyester
Spec. (Tex) 1500 1500 30 8.3
Filament Dia. (μm) 19 19 13 -
Input Roving
Resin Compatibility Polyester Compatible
Ends / inch 7 11 - 7 Fabrics
Area Weight (g/㎡) 420 ± 5% 650 ± 5% 150 ± 5% 7 ± 5%
Total Area Weight (g/㎡) 1227 ± 7%
Gauge 7 Stitching Type Tricot
Roll Width (mm) 1270 ± 10
Roll Length (m) 32 ± 1
Technical Data Chopped Strand Mat
Product Introduction M1-A, M1-H and M1-N E-glass
Chopped Strand Mats are composed of
chopped glass fiber strands that are
bonded together into mats with a highly
soluble polyester powder. Chopped
strand mats are used primarily for hand
lay-up, filament winding and press
molding of FRP parts. Their many
excellent characteristics have been used
to provide superior performance in a
broad range of end-use markets such as
marine, transportation, recreation,
construction, consumer and anti-
corrosion.
Product Description M1-A, M1-H and M1-N Chopped
Strand Mats are designed to be
compatible in an unsaturated polyester
system. To help ensure the quality of
customers’ products, the quality
management programs of manufacturing
these products is controlled under the
requirements of ISO 9001. M1-A and
M1-H chopped strand mats have
obtained the quality certification of the
Norway Boat code.
Packaging The Chopped Strand Mat is wound into
a roll on a cardboard inner tube. All
densities are 30cm (12") in diameter.
Each roll is wrapped with a plastic bag
and placed in a cardboard box. 12 or 18
boxes are placed vertically on a pallet,
which is stretch wrapped. Storage Unless otherwise specified, it is
recommended to store glass fiber
products in a cool, dry area.
Temperature should not exceed 35°C
(95°F) and the relative humidity should
be kept below
75%. Fiberglass products must remain in
packaging material until just prior to its
use. If these conditions are respected, the
glass fiber product should not undergo
significant changes when stored for
extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high. When stacking two
pallets high, care should be taken to
correctly and smoothly place the top
pallet.
Features Customer Benefits Quick wetting and rapid air release Maximum molding productivity and reduced cost.
Excellent thickness uniformity Consistent customer part quality
Superb dry integrity Enhances productivity and reduces materials losses during unrolling, cutting and piece
handling
Smaller diameter, very dense rolls Safe and efficient material handling.
Product Data
ID Fiber Sizing Binder Compatible %Organic %Moisture
Number diameter type type resin solid(LOI) Content
M1-A 13μm Silane Powder UP 2~8 ≤0.20
M1-H 11μm Silane Powder UP 2~6 ≤0.10
ID Weight Styrene Speed of Standard Width
Number (OZ/ft2, g/m
2) Solubility wet-out (inch)
M1-010-A 1.0/300 <50sec <60sec 38, 50, 60 (Max. 110")
M1-015-A 1.5/450
M1-020-A 2.0/600
M1-030-A 3.0/900
M1-010-H 1.0/300 ≤25sec <60sec 38, 50 (Max. 130")
M1-015-H 1.5/450
M1-020-H 2.0/600
M1-030-H 3.0/900
For information on additional specifications, please contact us. Roll Weight Specifications Width inch/mm 38/965 50/1270 60/1524
M1-010-A, M1-015-A, kg, lb 34.5/76 45.5/100 54.5/120
M1-020-A,
M1-030-A kg, lb 41.5/91 53.5/118 63.5/140
M1-010-H, M1-015-H, kg, lb 33/73 44/97
M1-020-H,
M1-030-H kg, lb 40/88 52/115
M1-A Chopped Strand Mats Typical Laminate Properties*
Property Average Value Test Method
Tensile Strength (MPa) 126 GB/T1447-1983
Flexural Strength (MPa) 284 GB/T1449-1983
Tensile Modulus (GPa) 10.4 GB/T1447-1983
Flexural Modulus (GPa) 11.9 GB/T1449-1983
Elongation (%) 1.6 GB/T1447-1983
*Reference data only, not for technical specifications. M1-A Chopped Strand Mats in general purpose polyester resin at
40.5% glass content, no filler.
M1-150-H Chopped Strand Mat Typical Laminate Properties*
Property Average Value Test Method
Tensile Strength (MPa) 184 ISO-527-4
Flexural Strength (MPa) 263 ISO-178
Compression Strength (MPa) 183 ISO-604
Tensile Modulus (GPa) 10.4 ISO-527-4
Flexural Modulus (GPa) 11.9 ISO-178
Compression Modulus (GPa) 9.91 ISO-604
*Reference data only, not for technical specifications. M1-150-H Chopped Strand Mat in general purpose polyester resin at
45.9% glass content, no filler.
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
‐ Notes ‐
Technical Data Surfacing Veils
Product Introduction Surfacing veils are used extensively in
production of FRP products used in
corrosive environments. Surfacing Veils
are non-woven materials, composed of
uniformly distributed glass fiber strands.
They are designed to add reinforcement
at the surface of a laminate and provide
a smooth, resin-rich, durable surface.
The surface layer is an aesthetic
enhancement and corrosion resistant for
finished parts, such as chemical tanks,
pipes and equipment, and the
weatherability of wind generators and
turbine blades. Our company provides
two types of veils: E-glass veil (M3
series) and C-glass veil (M5). Both of
them are mainly applicable to hand lay-
up process, Filament winding process
and others.
Product Description Surfacing Veils are manufactured to
meet ISO 9001 standards. They are
composed of wet-laid, randomly
dispersed E-glass or C-glass fiber
strands bonded with an appropriate
resin. They are characterized by uniform
fiber dispersion, a smooth surface, soft
hand-feeling, low binder content,
unbreakable and long life time property,
fast resin impregnation and good mold
obedience. E-glass veils have good
insulation property, while C-glass veils
provide better corrosion resistant liner.
Surfacing Veils are applicable to FRP
molding processes such as hand lay-up,
Filament winding, vacuum injection and
press molding, etc.
Packaging M3 and M5 Surfacing Veils are 50
inches in standard width, 300 meters or
1500 meters in length. They are wound
on a cardboard inner tube with an inside
diameter of 15cm (6"). The 300 meter
rolls are wrapped in polyethylene film
and packed in cartons (1 roll per carton),
which are then packed on pallets. For the
1500 meter rolls, it is one roll per pallet.
Special package can be available
according to customer’s requirements.
Storage Cartons containing the rolls of glass
fiber veil should be stored vertically on a
pallet. Stowing material must have
smooth surfaces without sharp edges.
Cartons should be handled with care and
with the appropriate equipment in order
to prevent any damage. It is
recommended that the material is stored
in a cool, dry area in which the
temperature should not exceed 35°C
(95°F) and the relative humidity should
be kept below 75%. Material should
remain in its original packaging until
immediately before use. It is advised
that stock rotation of the material is
exercised. If the above conditions are
respected, the material should not
undergo significant changes when stored
for extended periods of time.
Stacking To ensure safety and avoid damage to
the product, skids should not be stacked
more than two high. When stacking two
pallets high, care should be taken to
correctly and smoothly place the top
pallet.
Customer Benefits
High mechanical strength during production of finished products
Absolute rot proof and resistant to all weather conditions
Good dimensional stability
Chemically inert and non-toxic
Allow a uniform impregnation and superior impact resistance
High wet-through and wet-out speed
Excellent chemical resistant
Product data Table 1: E-glass Veil ID Filament diameter Thickness Density Styrene % Binder % Moisture
Number (Microns) (mils) (g/m2) Solubility Content Content
V1-030 13 10-12 30±3 high 6.0±2.0 <0.2
V1-050 13 18-20 50±3 high 6.0±2.0 <0.2
V1-090 18 30-32 90±3 medium 22.0±2.0 <0.2
ID Penetrating time Tensile Strength Length/roll Compatible Compatible
Number (two layers, second) (MD, N/5cm) (m/feet) Resin Process
V1-030 <10 ≥20 300/984 Polyester/ Hand-lay up/
1500/4921 Vinyl ester/ Filament winding/
Epoxy Spray-up/
Vacuum injection/
Press molding/
Dry-winding/
Centrifugal casting
V1-050 <20 ≥30 300/984 Polyester/ Hand-lay up/
1500/4921 Vinyl ester/ Filament winding/
Epoxy Spray-up/
Vacuum injection/
Press molding/
Dry-winding/
Centrifugal casting
V1-090 ≥400 300/984 Polyester/ Roofing
1500/4921 Vinyl ester/
Epoxy
Table 2: C-glass Veil ID Weight per Unit Area Moisture Binder Content Tensile Strength MD
Number (g/m2) (%) (%) (N/50mm)
V2-030 30±3 <0.2 6.0±2.0 ≥20
V2-050 50±3 <0.2 6.0±2.0 ≥40
ID Filament diameter Thickness Penetrating time Length Compatible
Number (Microns) (mils) (two layers, second) (m/feet) Process
V2-030 13 10-12 10 300/984 Hand-lay up/
1500/4921 Filament winding/
V2-050 13 18-20 15 300/984 Hand-lay up/
1500/4921 Filament winding/
Disclaimer of Liability This data is offered solely as a guide in the selection of a reinforcement. The information contained in this publication is based on
actual laboratory data and field test experience. We believe this information to be reliable, but do not guarantee its applicability to the
user’s process or assume any liability arising out of its use or performance. The user, by accepting the products described herein,
agrees to be responsible for thoroughly testing any application to determine its suitability before committing to production. It is
important for the user to determine the properties of its own commercial compounds when using this or any other reinforcement.
BECAUSE OF NUMEROUS FACTORS AFFECTING RESULTS, WE MAKE NO WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING THOSE OF MERCHANTABLILITY AND FITNESS FOR A PARTICULAR PURPOSE. STATEMENTS
IN THIS DATA SHEET SHALL NOT BE CONSTRUED AS REPRESENTATIONS OF WARRANTIES OR AS INDUCEMENTS
TO INFRINGE ANY PATENT OR VIOLATE ANY LAW, SAFETY CODE OR INSURANCE REGULATION.
FiberLink Inc. 135 Sparks Avenue Toronto, Ontario M2H2S5 Canada Tel: 416-502-2800 Fax: 416-502-2808 Website: www.fiberglassfiberlink.com
‐ Notes ‐
Northeast:
1000 Coolidge Street South Plainfield, NJ 07080
800-732-0562 800-833-8139 (Fax-General)
Southeast: 6525 The Corners Parkway
Suite 208 Norcross, GA 30092
800-833-8142 800-833-8143 (Fax)
Southwest: 15710 JFK Boulevard
Suite 260 Houston, TX 77032
800-627-2436 877-796-7257 (Fax)
Mid-Atlantic: 5700 Tacony Street Philadelphia, PA 19135 800-423-7423 800-864-9824 (Fax) [email protected] Midwest: 24119 W. Riverwalk Court Unit 145 Plainfield, IL 60544 800-833-8140 800-833-8141 (Fax) [email protected] West: One Camino Sobrante Suite 215 Orinda, CA 94563 800-227-1345 925-253-9601 (Fax) [email protected] www.brenntagspecialties.com E-Mail: [email protected]
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Authorized Distributor: