high compressive strength insulaon thermal - …€¦ · thermal insulation solutions thermal he...

Thermal Insulation Solutions

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CellectaI N N O V A T I O N I N I N S U L A T I O N

High Compressive Strength Insula�on

PART S O L U T I O N SL

CODE FOR SUSTAINABLE HOMES CREDITS

CODE FOR SUSTAINABLE HOMES CREDITS

TH

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MA

LT

HE

RM

AL

Domestic, Commercial & Industrial


FLOORFLOOR POOLPOOL ROOFROOF

PERiPERi CHiPCHiP GYPGYP PLYPLY

UNiCLOSERUNiCLOSER

Basements FloorsSwimming PoolsInverted RoofsCar Park DecksCavity Closers


Cellecta is a 9001 & 14001 accredited producer of environmentally friendly high performance thermal and acoustic insulation products. Our products have been supplied to all sectors of the construction industry including: house builders, building contractors, ground workers, screeders, roofers and dryliners.

Cellecta’s team of experienced staff are able to offer unrivalled customer support, from assistance in selecting the most suitable product that satisfies current legislation to delivering the right materials direct to site on time.

The HEXATHERMthermal insulation solutions guide demonstrates proven, cost effective constructions that will satisfy the demanding requirements of Approved Documents L1A, L2A, L1B, L2B (England and Wales) and Section 6 - Energy (Scotland).

The UK’s No.1 for Technical Insulation Products

2TETRiSThe eco-friendly block & beamScreedBoard

For on the go access to Cellecta informa�on including installa�on videos & technical data, download the FREE app for smart phones and tablet devices

www.cellecta.co.uk 08456 71-71-74 [email protected] 08456 71-71-74 [email protected]

For on the go access to Cellecta informa�on including installa�on videos & technical data, download the FREE app for smart phones and tablet devices

Building Regulations & The Codefor Sustainable HomesHEXATHERM product range descriptionsProduct Selectors Applications: Basements Swimming poolsFloorsInverted flat roofsGreen roofsCar park decksCavity closersStandards and Codes of PracticeFurther Information

3

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182223242627

CONTENTS

OzoneDepletion Potential0100%100%

RECYCLABLE

GlobalWarming Potential

<5

Cellecta operates a progressive sustainable environmental policy, with all our insulation products manufactured under ISO 9001 & 14001 management controls, using materials which are recyclable or made from recycled materials.

Cellecta & The EnvironmentThe Environment

ISO 9001 N� 10224

ISO 14001: 2004

BUREAU VERITASCertification

BE 009119-1

HEHEHEHEHEHE ATHERMATHERMATHERMXXXHEHEHEHEHEHE ATHERMATHERMATHERMHEHEHEHEHEHE ATHERMATHERMATHERMHEHEHE AATHERMTHERMATHERM

Category 6 - Pollution Pol 11 Code credit is awarded when all the insulation materials in the elements listed below only use substances that have a global warming potential (GWP) of less than 5: Roofs: including loft hatch Walls: internal and external, including lintels and all insulation

products Floors: including ground and upper floors Hot water cylinders, pipe insulation and other thermal stores Cold water storage tanks

Incorporating Cellecta’s high performance thermal and acoustic insulation products into elements of a dwelling will help reduce the building’s impact on the environment and will enable builders and developers to gain Code for Sustainable Homes (CSH)credits.

Creditscan be gained from four of the nine assessment categories detailed in The Code :

Category 1 - Energy Ene 1 15 Code credits are available for improving the DER over the TER. eg. ground floor U-values improved from

2 20.25W/m K to 0.16W/m K.

Category 3 - Materials Mat 1Adopting a construction listed on the BRE website: www.thegreenguide.org.uk, which incorporates one of Cellecta’s insulation products can result in up to 15 Code credits being awarded.

All plans submitted for Building Control approval in England & Wales are required to comply with each country’s Approved (1)

Document L - Conservation of Fuel and Power in Buildings. To address different types of buildings the document is divided into four sections:L1A New Build - DwellingsL1B New Build - Buildings Other Than DwellingsL2A Existing - DwellingsL2B Existing - Buildings Other Than DwellingsEach document details what is required to comply with Building Regulations.

This technical manual details a multitude of ways Cellecta’s high performance thermal insulation can provide exceptionally

low U-values and resolve areas of thermal bridging with low Y-value ( construction, which in turn will make the building more energy efficient, lowering the amount of CO produced and help to protect the environment for future generations. 2

THE CODE FOR SUSTAINABLE

HOMES

Category 7 - Health and Well-being Hea 2 Incorporating one of Cellecta’s high performance acoustic treatments will also result in points being awarded. Contact our helpful technical team for further information.

Building element specifation

Green Guide rating A+ A B C D E

3 2 1 0.5 0.25 0Code credits awarded

Category 3 - Materials Mat 2 Insulation materials, fixings and adhesives and additives are excluded from the Mat 2 assessment.

(1) For Scotland, the requirements are set out in Section 6 - Energy, of the Scottish Building Standards.

2010

edi

tion

2010

edi

tion

2010

edi

tion

2010

edi

tion

Note. Mat 1 credits have an approximate weighted value of 0.3

Pol 1

Note. Pol.1 Code credits have an approximate weighted value of 0.7

Examples of credits gained using Cellecta products

Element description

Chipboard (P5) decking on insulation, on grouted beam and aircrete block flooring.e.g XCHiP (chipboard/ thermal laminate) laid on beam and aircrete block suspended ground floor

Structural concrete on beam and extruded polystyrene block flooring e.g TETRiS (insulation blocks) and pre-stressed concrete beam suspended ground floor covered with 75mm concrete.

Screed on insulation laid on grouted beam and aircrete block flooring. e.g XFLOOR 250 installed on beam and aircrete block suspended ground floor and covered with screed

Green Guide rating

A+

A+

B

Element number

820140019

820140051

820140014

3

Code credits

3

1

Building Regulations

(A)The Code For Sustainable Homes

FREE Services offered by Cellecta: Technical and installation advice Site surveys and take-off service U-value, condensation risk and imposed load calculations

<5GWP value

Code credits 1

(A) Only relevant to England and Wales.

Technical Advice 08456 71-71-74 www.cellecta.co.uk3

CellectaR

HeavyUULow

Super low U-valuesachievable

Ultra high compressive Strength

GREENBRE

GUIDE

Recognisedconstructions

HEXATHERM

Lightweightboards

HEXATHERM insulation is the ideal insulant for a multitude of domestic, commercial & industrial applications where compressive strength and closed-cell properties are required. All products have excellent life-long thermal performance and very low water absorption, allowing many of them to be installed above or below the dpm. boards are 100% recyclable, have a Global Warming

HEXATHERM(1)Potential of less than 5 , making them fully compliant with Code for Sustainable Homes Pol 1 requirements.

HEHEHEHEHEHE ATHERMATHERMATHERMXXXHEHEHEHEHEHE ATHERMATHERMATHERMHEHEHEHEHEHE ATHERMATHERMATHERMHEHEHE AATHERMTHERMATHERM

High compressive strength, closed-cell structure and low water absorption make XFLOOR boards the ideal insulation for a variety of domestic, commercial & industrial flooring applications.

Designed specifically for swimming pool applications XPOOL insulation boards feature excellent water resistance and ultra high compressive strength.

FLOOR

POOLPOOL

Basement and retaining walls

250

Basement walls and floor

Gound floor

Domestic and commercial floors

Commercial and industrial floorsElement Insulation position

Fixed externally against wall

Floor: below timber, screed or concrete slab

Below concrete floor slab

On the slab, below chipboard (thermal laminate)

Over and between pre-stressed concrete floor beams

On slab, below ScreedBoard

On slab, below screed

Fixed to underside of soffit

On slab, below screed

On beam and block floor

(page 7)(page 7)

(page 9)(page 9)(page 9)

(page 10)(page 10)(page 10)

(page 11)(page 11)

(page 14)

Fixed externally against retaining wall and under concrete slab

Swimming Pools

Insulation blocks for pre-stressed concrete beams

Chipboard thermal floor laminate

Soffit / car park lining thermal

laminate

XCPLTETRiSTETRiS XCHiPXPERi

(page 7)

(page 12)

(page 14)

(page 17)

Swimming pool slab and walls

(page 8)

300 500

XFLOOR

XPOOL

TETRiS is a revolutionary insulation block and beam flooring system. The “T” profied insulation blocks sit on and between standard pre-stressed concrete floor beams. The insulation is then covered with a concrete topping to produce a finished floor with outstanding thermal and structural performance.

TETRiSTETRiS nsulation floor systemSuspended ground floor

XPERi boards have outstanding compressive strength, high resistance to water absorption and interlocking edge detail, making them the ideal insulation for external applications such as basements and below ground retaining walls.

PERiPERi

insulation floor system

Domestic and commercial floors

(page 14)

(page 16)(page 16)

Industrialfloors

(page 9)

700

Intermediate floors and soffits

CellectaR

(1) Excluding XFLOOR 500 & XPOOL

4

HEXATHERM

Quick deliveries

100%100%Recyclable

THERMALTHERMALPERFORMANCE

WATERWATERRESISTANT

Plywood thermal laminate

Planed & close tolerance

Plasterboard thermal laminate

Internal wall lining (thermal laminate)

Behind curtain walling / cladding

Covered with washed ballast or paving slabs

Covered with planting layer(green roof)

Vertical up-stands

Covered with concrete and paving grade waterproofing

Inverted flat roof

Car park decks and plant room floors

Inverted flatroofs

Inverted roof board with

integral drainage

XPLY XR XGYP 500L300L XDRAIN

(page 18)

(page 23)

(page 21)

Car park deck

Wall

XROOF

Plywood thermal laminate covered with waterproofing

Timber flat roof

Inverted roof vertical up-stands

XMD

(page 20)

Around window and door openings

Fixed externally and covered with render

Element Insulation position Insulated cavity closers

UN CLOSERiX

(page 24)

Technical Advice 08456 71-71-74 www.cellecta.co.uk

UN iCLOSER

XDRAiN closed cell inverted roofboards have a unique pattern of drainage channels on their underside which speeds up the shedding of rainwater from the roof, eliminating the need for an expensive separate drainage mat.

DRA Ni DRA Ni

LAM NATESi LAM NATESi

XLAMINATES combine the benefits of HEXATHERM with a facing board to produce a composite thermal board to suit a specific application:XCHiP Chipboard flooring system XCPL Car park liner/soffit liner XGYP Plasterboard faced thermal lining XPLY Garage wall lining/structural roof deckingXMD Vertical up-stand insulation for inverted roofs

Excellent life long thermal performance, combined with low water absorption and high compressive strength make XROOF boards the ideal insulation for inverted and green roof applications.

ROOFROOF

Cellecta’s proprietary cavity closers eliminate cold bridging around window and door openingsTwo versions are available, one single rigid DPC profile or two rigid DPC profiles. Both versions of incorporate a HEXATHERM high performance thermal core.

FASTRACKA R C H I T E C T U R A L C A D D ATA B A S E S

CADTHE CODE FOR SUSTAINABLE

HOMES

FASTRACKB U I L D I N G I N F O R M AT I O N M O D E L L I N G

BIM

5

CellectaR

High resistanceto water

Life longthermal performance

IntroductionHEXATHERM insulation boards are the ideal insulant for a multitude of flooring and basement applications due to their high compressive strength and closed-cell structure.A variety of grades are available to suit different loading conditions and applications from 250 to 700kPa. All grades have excellent life-long thermal performance and very low water absorption, allowing them to be installed above or below the damp proof membrane.

HEXATHERM boards are 100% recyclable, with a (1)<5 GWP , making them fully compliant with CSH Pol 1

requirements.

Key Benefits of Floor InsulationHEXATHERMBM TRADA Q Mark third party accreditedISO 9001 and 14001 certifiedHigh compressive strength - able to withstand long-term static loads: 250 - 700kPaExcellent life long thermal performanceVery low water absorption: 0.7%

(1)Code for Sustainable Homes Pol.1 compliant Environmentally friendly - 100% recyclable

8m

6m

2m

8m

3m

11mCalculating the thickness of floor insulation requiredTo comply with Building Regulations, each floor’s thermal performance needs to be assessed individually in accordance with EN ISO 13370: 1998. Cellecta offers a free U-value calculation service; simply call 08456 71-71-74 with your specific construction details.

Internal dimensions

Perimeter ( ) = 38LmP2Area ( ) = 82mA

/ ratio = 0.46P A

6Technical Advice 08456 71-71-74 www.cellecta.co.uk

Information required Type of building: Domestic, commercial, industrial or other (specify) Internal dimension of the external perimeter (P) in linear metres

2 Internal area: (A) in m Floor type: solid, suspended, or beam and block Position of insulation Type of block used (beam and block floors only) Thickness and type of floor finish: Screed, concrete, ScreedBoard or timber

Basements, Floors and Swimming Pools

6m

7m

20

m

19m

Internal dimensions

Perimeter ( ) = 82LmP2Area ( ) = 392mA

/ ratio = 0.21P A

2m

7m

Not to scale

(A) Only relevant to England and Wales.(1) Excluding XPOOL & XFLOOR 500

100%100%Recyclable

Global

<5 Warming Potential

Ozone

0 Depletion Potential

CellectaR

Student accommoda�on, Bournemouth

Queen Elizabeth Hospital, Birmingham

Tower Wood Outdoor Educa�on Centre, Windermere

THE CODE FOR SUSTAINABLE

HOMES

RTIFE ICC A TK IORA N

M-Q

BuildingInsula�onProducts

0107

(1)

Cellecta HEXATHERM XPERi insulation installed externally against basement wallCellecta HEXATHERM XFLOOR insulation installed below floating screed

BASEMENT WALLS & FLOOR


Pol 1

<5

1

HEXATHERMHE AX THERMXPS boards

Mat 1

CellectaR

GWP value

Code credits

oElement N 820100010

Note. Pol.1 Code credits have an approximate weighted value of 0.7 Note. Mat 1 Code credits have an approximate weighted value of 0.3

Closed cell structure

High compressive strength

Very low water absorption

Excellent life-long thermal performance

FLOOR

XPERi & XFLOOR boards have outstanding compressive strength, low water absorp�on and life-long thermal performance, making them the ideal insula�on for basements and below ground applica�ons.

Thermal Conduc�vity EN 12667 (W/mK)

250300

Temperature range

250-

Board size (mm)

Thickness’ (mm)(other sizes manufactured to order)

20

80125

80-

0.7%

-50/+75�C

-50/+75�C

600x 2500

0.7%

600x 2500

XPERi

Long term water absorp�onby immersion EN 12087

25

3040

50 6080

100 120140 160

Edge profileT&G Square

The method of calculating the U-value of a basements is more complex than other applications. To determine the thickness of insulation required contact Cellecta for assistance.T. 08456 71-71-74.E. [email protected]

Fig. 1B

Structure below ground


CAD FASTRACKA R C H I T E C T U R A L B I M D ATA B A S E S

BIM

-300

-125

-50/+75�C

0.7%

600x 2500

40

50 6075 80

100 120140 160

CGreen Guide rating

Code credits 0.5

Square

250 300

XFLOOR

0.0330.034

0.033-

<30mm>40mm

Tanking membrane

Retaining wall (To structural engineer’s specification)

Backfill

Geotextile filter layer (optional)

Cellecta HEXATHERM XFLOOR 250 (Domestic/commercial applications)


Perforated pipe

PERi

<80mm>81mm

<30mm>40mm

30

The following Code for Sustainable Homes credits areobtainable as a result of incorporating HEXATHERM into the construction detailed.

Cellecta HEXATHERM XPERi(Perimiter wall insulation)

B1

7

Strength at 10% compression EN 826 (kPa)

Strength at 2%compression EN 1606 (kPa)

0.0330.034

Product Benefits

Physical Properties

Product Information

Environmental Creden�als

Code for Sustainable Homes

Third Party Accredita�on and Approvals

Typical Thickness of Insulation Required

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


Cellecta HEXATHERM XPOOL insulation installed below slab and external face of the retaining walls


CellectaR

POOL

Designed specifically for swimming pool applications XPOOL insulation boards have a ultra high resistance to compression, extremely low water absorption and outstanding thermal performance, providing long term energy savings.

Concrete retaining wall and floor slab (To structural engineer’s specifica�on)

Waterproof render

Backfill

Pool liner or ceramic tiles

Blinding

INDOOR SWIMMING POOLS CellectaR




Extra high compressive strength

Shiplap

Thermal Conductivity EN 12667 (W/mK)

Temperature range

500

Board size (mm)

180

-50/+75oC

0.7%

600x 1250

Long term water absorptionby immersion EN 12087

Edge profile

XPOOL

0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/Aratio

2U-value (W/m K)Calculated in accordance with ISO 13370

0.14 0.12 0.10


Cellecta HEXATHERM XPOOL (Swimming pool insulation)

8

Sp1



BIM

50 6080

100 120140 160

75

Strength at 10% compressionEN 826 (kPa)


Mat 1oElement N 820100010

Note. Mat 1 Code credits have an approximate weighted value of 0.3

CGreen Guide rating

Code credits 0.5


100%100%Recyclable

Ozone


0.035

HEXATHERM XPOOL (mm)

Product Benefits

Physical Properties

Product Information





60 75 90 110 130

75 100 100 120 140

75 100 110 130 150

80 110 120 140 160

100 110 125 150 165

150 200

160 210

180 220

190 230

190 230

250

260

270

280

280

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

GROUND BEARING CONCRETE FLOOR SLAB


CellectaR





FLOOR

XFLOOR extruded polystyrene thermal insula�on boards are designed specifically for domes�c, commercial and industrial flooring applica�ons where a high resistance to compression and water absorp�on is required.

Square Square Shiplap Shiplap


250kPa

Temperature range

300kPa

500kPa

700kPa

Board size (mm)


20

80kPa

125kPa

180kPa

250kPa

0.7%

-50/+75�C

-50/+75�C

-50/+75�C

-50/+75�C

600x 2500

0.7% 0.7% 0.7%

600x 2500

600x 1250

600x 1250

250 300 500 700


0.033-

0.0330.034

0.0350.0340.036

<80mm>81mm

25

30 40

50 6075 80

100 120140 160

50 6075 80

100 120

50 6080

100 120140 160

Edge profile

Cell HEXATHERM XFLOOR insulation installed below the concrete slabecta

Blinding



Cellecta HEXATHERM XFLOOR 500 (Commercial/industrial applications)

Cellecta HEXATHERMXFLOOR 700 (Industrial applications)



BIM

Min150mm

XFLOOR

Concrete slab (To structural engineer’s specification)

Damp proof membrane (DPM)(Can be installed above or below the insulation)

140 160

Gf1

9

0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/Aratio


0.14 0.12 0.10



(1) Excluding XFLOOR 500

Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5


HEXATHERMHE AX THERMXPS boards (1)


(1)

HEXATHERM XFLOOR 300 (mm)

Product Benefits

Physical Properties

Product Information





60 75 90 110 130

75 100 100 120 140

75 100 110 130 150

80 110 120 140 160

100 110 125 150 165

150 200

160 210

180 220

190 230

190 230

250

260

270

280

280

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

(2)

100%100%Recyclable

Global


Ozone


Min150mm

Cellecta HEXATHERM XFLOOR insulation installed below floating screedScreed incorporating optional underfloor heating system



CellectaR





FLOOR

XFLOOR extruded polystyrene thermal insula�on boards are designed specifically for domes�c, commercial and industrial flooring applica�ons where a high resistance to compression and water absorp�on is required.

Square Square Shiplap


250kPa

Temperature range

300kPa

500kPa

Board size (mm)


20

80kPa

125kPa

180kPa

0.7%

600x 2500

0.7% 0.7%

600x 2500

600x 1250


<80mm>81mm

25

30 40

50 6075 80

100 120140 160

50 6075 80

100 120

Edge profile

XFLOOR

250 300 500

Concrete slab (To structural engineer’s specification)

Sand/cement or anyhydrite screed

Under floor heating pipes secured to insulationwith proprietary clips (optional)

0.033-

0.0330.034

0.035

140

Damp proof membrane (DPM)(can be installed above or below the insulation)

-50/+75�C

-50/+75�C

-50/+75�C

Gf2

10

0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/Aratio


0.14 0.12 0.10



BIM



HEXATHERM XFLOOR 300 (mm)

Pol 1

<5

1

Mat 1

GWP value

Code credits



DGreen Guide rating

Code credits 0.25






Cellecta HEXATHERM XFLOOR 500 (Commercial/industrial applications)

Product Benefits

Physical Properties

Product Information





60 75 90 110 130

75 100 100 120 140

75 100 110 130 150

80 110 120 140 160

100 110 125 150 165

150 200

160 210

180 220

190 230

190 230

250

260

270

280

280

160

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


(1)

Cell Cellecta ecta ScreedBoard 20 installed on routed HEXATHERM XFLOOR 250/300 incorporating underfloor heating system



CellectaR


Closed cell structure, ideal for routing


FLOOR


Temperature range


20 25 30

-50/+75�C

-50/+75�C

250 300XFLOOR

0.033-

0.0330.034


Concrete floor slab (To structural engineer’s specification)

Cellecta YELOfon ES5(Thermal and expansion gap strip installed around floor perimeterThickness: 5mmRoll size: 100mm, 120mm or 150mm high x 50m long )

Gf3

11

Pol 1

<5

1

GWP value

Code credits



<80mm>81mm



BIM

Physical Properties

Product Information



Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


Cellecta ScreedBoard 20(Highly conductive interlocking floorboard)

Routed HEXATHERM XFLOOR250/300 (To suit pipe diameter and centres)

40 50 60 75 80

100 120 140 160

No screws required - interlocking edge detail

Dry boards - No wet trades - quick and easy to install

Low thermal resistance, providing quick responsetimes for under floor heating system

Scree oard dB 20

Physical Properties

Product Information Premium Thermal Performancehas a low thermal resistance when ScreedBoard 20

compared to the other commonly used floor finishes, allowing, boilers, ground water heat pumps and heat recovery systems to work at maximum efficiency.

Accepts ceramic tiles and other floor finishes


ScreedBoard 202m /kW 0.040

75mm Sand/cement screed2m /kW 0.065

18mm P5 Chipboard2m /kW 0.138


Weight

20 x 600 x 1200

Scree oard dB 20

0.50

25.00kg/m² - 18.00kg/per sheet

Board dimension (mm)

No screws required

100%100%Recycled

Cellecta HEXATHERM XCHIP chipboard/thermal laminate floor boardIn-situ concrete floor slab



CellectaR

Quick to install


Interlocking, moisture resistant chipboard facing


CH Pi

the benefits of a Cellecta XCHiP combines HEXATHERM high performance thermal insulation with a P5 moisture resistant, tongue and groove chipboard to produce a high compressive strength, interlocking floor board.

T&G


Temperature range

250300

Board size (mm)

Overall thickness’ including18mm P5 chipboard facing (mm)(other sizes manufactured to order)

38

80125

-50/+75oC

0.7%

600x 2400


0.0330.034

<80mm>81mm

43

48 58

68 7893 98

118 138138 178

Edge profile

Min150mm

XCH Pi


Concrete floor slab (To structural engineer’s specification)

Cellecta HEXATHERM XCHiP(Thermal laminate)

Gf4

Cellecta YELOfon ES10*(Thermal and expansion gap strip installed around floor perimeterThickness: 10mmRoll size: 100mm, 120mm or 150mm high x 50m long )

12

0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/A HEXATHERM XCHiP (mm)ratio

2U-value (W/m K)

0.14 0.12 0.10

<30mm>40mm

<30mm>40mm



Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5



Calculated in accordance with ISO 13370



BIM

Product Benefits

Typical Thickness of Insulation RequiredProduct Information




Physical Properties (Insulation)

60 75 90 110 130

75 100 100 120 140

75 100 110 130 150

80 110 120 140 160

100 110 125 150 165

150 200

160 210

180 220

190 230

190 230

250

260

270

280

280

*Not applicable under Q-mark Certification

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone



SUSPENDED BEAM AND BLOCK GROUND FLOOR CellectaR

Cellecta HEXATHERM XFLOOR insulation installed below floating screedSuspended pre-stressed concrete beam and block floor

Pol 1

<5

1


Mat 1

GWP value

Code credits


BGreen Guide rating

Code credits 1

Beam and block flooring(To structural engineers’ specification)

Sand/cement or anyhydrite screed





FLOOR

XFLOOR extruded polystyrene thermal insula�on boards are designed specifically for domes�c, commercial and industrial flooring applica�ons where a high resistance to compression and water absorp�on is required. 0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/A HEXATHERMXFLOOR 300 (mm)

60 75 90 100 130

60 80 100 110 130

75 90 100 120 140

75 100 110 130 150

75 100 110 130 150

ratio


0.14 0.12

160 200

160 200

170 220

180 210

180 215

0.10

240

250

250

270

270






BIM


Physical Properties

Product Information





Temperature range

250-

Board size (mm)


20

80-

-50/+75�C

0.7%

600x 2500


25

30

Edge profileSquare

-300

-125

-50/+75�C

0.7%

600x 2500

40

50 6075 80

100 120140 160

Square

250 300

XFLOOR

0.033-

0.0330.034



<80mm>81mm

Physical Properties


Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

Product Benefits

100%100%Recyclable

Global


Ozone


Gf5


Cellecta TETRIS insulation blocks installed above and between pre-stressed concrete beams. Structural concrete finish

INSULATION BLOCK & BEAM FLOOR

0.25 0.22 0.20 0.18 0.16

0.3

0.4

0.5

0.6

0.7

P/A TETRiS (mm)

90 90 90 120 90

90 90 100 140 90

90 90 120 160 90

100 90 120 160 90

100 100 140 90 90

ratio

2U-value (W/m K)

CellectaR

0.15 0.14

90 90

90 90

90 100

90 120

90 120

0.13

120

120

140

TETRiS

140

TETRiS Patented insulation blocks provide outstanding thermal and structural performance. The blocks sit on and between standard pre-stressed concrete floor beams and finished with a structural concrete topping.

TETRiS TETRiS Suspended ground floor insulation floor system

Pol 1

<5

1

HEXATHERMTETRiSboards

Mat 1

GWP value

Code credits


A+Green Guide rating

Code credits 3

Pre-stressed concrete floor beams(Laid in accordance with beam manufacturers instructions)

75mm (min) structural concrete C30 (reinforced with polypropylene fibres)

C35 Lafarge Agilia Horizontal

Thickness of insulation between the beams varies depending on U-value required

Fixed height above the beams

Thermal Conductivity BS EN 12667 (W/mK)

>300kPa

>300kPa

>300kPa

Compressive strengthBS EN 826

Sheet/strip size (mm)

Over all thickness’ (mm)(other sizes manufactured to order)

125kPa

125kPa

125kPa

600x 2500

300x 2500

50 - 600x 2500

600 x 2500

T600 T300 XFLOOR300


90100 120140 160

75

Edge profile

TETRiS

600 T300

Gap strip

75

Suspended ground floor insulation floor system

TETRiS Vertical edge strip(30mm thick x depth of concrete topping -75mm min)

Produces a floor with zero cold bridges

A+ Green Guide rated system

Quicker and easier to install than a beam & block floor

2U-values as low as 0.13 W/m K achievable

Rebated⁽³⁾ Rebated⁽³⁾ Square

T60075mm15 - 85mm

Square

Underfloor heating easily incorporated

Fixes the floor height above the beams (150 or 225mm)

Supplied in plot specific quantities

(3) Rebated to suit specific beam used

TETRiS + layer of 75mm XFLOOR 300

Foil faced TETRiS

140

100% recyclable

300kPa

125kPa The following Code for Sustainable Homes credits are

obtainable as a result of incorporating HEXATHERM into the construction detailed.

-0.034

-0.034

0.033-

0.033-

<75mm>90mm

Cellecta TETRiS T600/T300(Profiles “T” shaped insulation blocks: 90 - 160mm thick)

TETRiS Gap strip(75mm thick insulation sheet used to bridge any gaps)



BIM


Physical Properties

Product Information






Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1

Engineered Floor

SystemEFS-003

Product Benefits

100%100%Recyclable

Global


Ozone


Gf6


CellectaR



BIMFASTRACKCAD FASTRACKBIM


Closed cell structure, ideal for routing


FLOOR


Temperature range


20 25 30

-50/+75�C

-50/+75�C

250 300XFLOOR

0.033-

0.0330.034

Pol 1

<5

1

GWP value

Code credits



<80mm>81mm

Physical Properties

Product Information



ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


40 50 60 75 80

100 120 140 160

No screws required - interlocking edge detail

High density dry board - No wet trades

Scree oard dB 20

Physical Properties

Product Information Premium Thermal Performancehas a low thermal resistance when ScreedBoard 20

compared to the other commonly used floor finishes, allowing, boilers, ground water heat pumps and heat recovery systems to work at maximum efficiency.

Robust detail E-FC-1 & 2 and E-FS-1 compliant**


If1

Cellecta YELOfon ES5*(Thermal, acoustic and expansion gap strip installed around floor perimeter)Thickness: 5mmRoll size: 100mm, 120mm or 150mm high x 50m long )

Cellecta ScreedBoard 20(Highly conductive interlocking floorboard)

Routed HEXATHERM XFLOOR250/300 (To suit pipe diameter and centres)

Cell Cellecta ecta ScreedBoard 20 installed on routed HEXATHERM XFLOOR 250/300

Cellecta

FIBREfon resilient layer installed below UFH thermal insulation board

Building Regulations Part E Solution

Concrete floor slab(To structural engineer’s / Robust detail specification)

Cell FIBREfon 8*resilient layerecta(High performance acoustic sheet)Dimensions: 8mm x 600mm x 1200mm

ScreedBoard 202m /kW 0.040

75mm Sand/cement screed2m /kW 0.065

18mm P5 Chipboard2

m /kW 0.138

Ceiling system (To architect’s / Robust detail specification)

*Not applicable under Q Mark Certification **When used in conjunction with FIBREfon 8

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

RdCompliantTreatmentE-FC-1 & 2

E-FS 1

Physical Properties


Weight

20 x 600 x 1200

Scree oard dB 20

0.50

25.00kg/m² - 18.00kg/per sheet

Board dimension (mm)

15

No screws required

Low thermal resistance, providing quick responsetimes for under floor heating system

Robust Detail: E-FC-2Typical performance

D +C = 55dB L = 46dB nT,w tr nT,w

100%100%Recycled

INTERMEDIATE CONCRETE FLOOR

INTERMEDIATE CONCRETE FLOOR


CellectaR



BIM

16

FASTRACKCAD FASTRACKBIM

Cellecta HEXATHERM XFLOOR 250/300




FLOOR


Temperature range


20 25 30

-50/+75�C

-50/+75�C

250 300XFLOOR

0.033-

0.0330.034

<80mm>81mm

Physical Properties

Product Information

40 50 60 75 80

100 120 140 160

HEXATHERM XFLOOR 250/300 YELOfon HD10+ resilient layer and covered with screed Cell ecta laid on

Incorporating underfloor heating systemBuilding Regulations Part E Solution

Physical Properties

*Not applicable under Q Mark Certification

75mm (min) sand:cement screed 40mm (min) proprietary screed

Pre-cast or in-situ concrete slab (To structural engineer’s specification)

Cellecta

YELOfon HD10+* with

E-strip perimeter edging and J-stripacoustic joining tape

Pre-cast or in-situ concrete(To structural engineer’s / Robust detail specification)

Ceiling system (To architects / Robust detail specification)

Part E Robust detail (E-FC-5) and PCT solution

Acous�c performance

Weight <1.00Kg/m² - 20kg/System pack

Airborne: 52 -55dBImpact: 54 - 47dB

YELOfon HD10+ System

Roll dimensionHD10+: 10mm x 1500mm x 33.33mE-strip: 7mm x 200mm x 33.33mJ-strip: 2.5mm x 75mm x 40m (2 N�)

Lightweight, easy to cut & install rolls

High performance resilient layer

YELOfon HD10+ System*

Product Information

2Over 8,000,000m successfully installed

Suitable for all types of concrete floors & screeds

Acoustic Performance

Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5

The following Code for Sustainable Homes credits areobtainable as a result of incorporating HEXATHERM & YELOfon HD10+ into the construction detailed.



100%100%Recyclable

Global


Ozone


HE AX THERM

YELOfon


ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

RdCompliantTreatment

E-FC-5

Robust Detail: E-FC-5 (pre-cast)Mean performance



0.20 0.25 0.30 0.40 0.52

150

200

Thickness of concrete slab

(mm) HEXATHERM XFLOOR 250/300 (mm)

140 100 75 50

140 100 75 50

2U-value (W/m K)

0.55 0.60

30 25

30 25

20

20


PCT (in-situ slab)Typical performance


16

If2

Physical Properties


Insulation fixed to underside of the slab

CAR PARK/SOFFIT LINING CellectaR

Easy to install

Available in two colours: White & Grey


CPL

XCPL combine the benefits of a high performance extruded polystyrene with a facing board to produce a composite thermal board to suit car park and soffit lining applications.

Fixing layout

Z

Z

White facing Grey facing

Stainless steel fixing anchors

Intumescent mastic sealant

Pol 1

<5

1

GWP value

Code credits




Square


Temperature range

250300

Board size (mm)

Overall thickness’ including6mm high impact class O facing(other sizes manufactured to order)

26

80125

-50/+75oC

0.7%

1200x 2400


0.0330.034

<80mm>81mm

31

36 46

56 6681 86

106 126146 166

Edge profile

XCPL

<30mm>40mm

<30mm>40mm





BIM

Cellecta HEXATHERM XCPL(High impact faced thermal laminate)Option 1: Grey - 6mm cementitious boardOption 2: White - 6mm Glasroc multiboard

Levelling screed (if required)

Pre-cast or in-situ concrete slab (To structural engineer’s specification)

Typical Thickness of Insulation RequiredProduct Information




Physical Properties

150

200

Thickness of concrete slab

(mm) HEXATHERM XCPL (mm)

120 140 160 170

120 140 160 170

2U-value (W/m K)

290

190


X - 3 - 6mm expansion gap between boardsY - Fixings set in at 50mm (min) from board edgeZ - Fixings set at 600mm maximum centres

XY

Y

Smooth high impact facing

0.25 0.22 0.20 0.18 0.16

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1

100%100%Recyclable

Global


Ozone


Product Benefits

Sl1

Loading RequirementsThe roof structure must be strong enough to withstand the maximum expected loads with a suitable factor of safety. Inverted roofs are subject to three main loads: dead, wind and imposed - refer to BS 6399: Parts 1, 2 & 3 for further guidance.The insulation must be covered with either ballast or paving slabs to protect it from ultra-violet degradation and to prevent wind up-lift, or floating. To calculate the weight of ballast required refer to BRE Digest 295. For severe exposure zones or tall buildings, specialist advice should be sought. BRE Digest 311 Windscour of gravel ballast on roofs should be used when acalculation is required for a specific building project.

Filter LayerDamage to the membrane may occur if fines are washed between the insulation boards. To prevent this, the insulation should be covered with either a suitable water permeable non-woven polyester filter layer or HEXATEX thermal improvement membrane, which will also improve the thermal efficiency of the insulation boards.

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

-10

-0

10

20

30

40

oTe

mpera

ture

C

HEXATEX Thermal Improvement MembraneThe thickness of insulation used on an inverted roof must be increased by 20% to allow for the intermittent cooling effect of rainwater on the waterproof membrane. On roofs with a fall of 1:60 - 1:80 the cooling effect can be dramatically reduced, the non-woven filter layer between the insulation and the ballast with HEXATEX vapour permeable, thermal Improvement membrane.

HEXATEX Physical SpecificationsThickness: 0.4 mmRoll size: 1.5m x 50m

2Weight: 112g/mWater vapour resistance (BS 3177): 0.21 MNs/gWater column:> 2.00mTensile strength longitudinal (BS 2782-3): 221 N/50mmTensile strength transverse (BS 2782-3): 177 N/50mmFire rating (CE): ETemperature range: -40°C to + 80°CUV stability: 2 months


INTRODUCTIONUnlike conventional warm and cold roof constructions, HEXATHERM inverted roof insulation protects the waterproof membrane from a number of stresses: freeze-thaw action, solar radiation, damage caused by interstitial condensation, ultra-violet degradation and mechanical damage caused by foot traffic during construction and maintenance. Consequently, the life expectancy of the membrane is greatly increased.Key Benefits of HEXATHERM Inverted Roof Insulation

Excellent life-long thermal performanceVery low water absorptionHigh compressive strength - able to withstand long-term static loadsCode for Sustainable Homes Pol.1 compliantEnvironmentally friendly - 100% recyclable

Thermal Shock ProtectionThe graph below illustrates two temperature variations: the red area shows a typical unprotected warm roof membrane; the yellow shows a membrane protected with HEXATHERM inverted insulation boards.

CellectaRINVERTED FLAT ROOF

HEXATEX laid at right angles to the roof’s fall with 150mm overlaps running down the slope. Turned up at up-stands by at least the thickness of the ballast.

150mm overlapIr1

mb protected me raERM neHTAXEH

18

Bermondsey Spa, London

BALLASTED INVERTED FLAT ROOF


Waterproof membrane

Screed laid to falls

Structural roof deck(To structural engineer’s specification)

CellectaR





ROOF L300

XROOF 300L extruded polystyrene thermal insula�on boards are designed specifically for inverted roof applica�ons where a high resistance to compression and very low water absorp�on is essen�al.

Ir2

Thermal Conduc�vity BS EN 12667 (W/mK)

Temperature range


Board size (mm)


Long term water absorp�onby immersion BS EN 12087


Edge profile

0.25 0.20 0.18

(A) HEXATHERM XROOF 300L 160 190* 220*

2U-value (W/m K)

0.16 0.14

250* 300*

0.12

360*

Thickness of insulation requiredfor a 200mm concrete deck

L(B)HEXATHERM XROOF 300L

(C)+ HEXATEX

140 170* 190* 210* 240* 280*

Notes. Thickness calculated in accordance with EN ISO 6946& ETAG 301-2010(A) Based on 0.03 fx, 1.7mm/day average rainfall(B) Based on 0.001 fx & 1.7mm/day average rainfall(C) Supplied in rolls 1.5 x 50m* Multiple layers of XROOF 300

300kPa

125kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

XROOF L300

75Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5



Cellecta HEXATHERM XROOF 300L ballasted with washed rounded gravel1:60-1:80 Falls

Cellecta HEXATEX* (thermal improvement membrane)

or Geotextile filter fleece

Cellecta HEXATHERM XROOF 300L (Inverted roof insulation)

Washed rounded gravel ballast



BIM

0.0330.034

<80mm>81mm

Product Benefits

Physical Properties

Product Information





19

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

*Not applicable under Q-mark Certification

100%100%Recyclable

Global


Ozone


Insulation ballasted with timber decking and washed rounded gravelInsulation with integral drainage channels

1:60-1:80 Falls

INVERTED FLAT ROOF CellectaR




DRAiN

XDRAiN extruded polystyrene inverted roo�oards have a unique pa�en of drainage channels on their underside, which speeds up the shedding of rainwater, elimina�ng the need for a separa�on drainage mat.


Temperature range


Board size (mm)




<80mm>81mm

Edge profile

Washed rounded ravel ballast

Geotextile filter layer

Timber decking

Integral drainage channels

XDRAIN’s unique pattern of drainage channels sheds water off the roof whatever the boards’ orientation

300kPa

125kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

75

300kPa

125kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

75

A R C H I T E C T U R A L C A D D ATA B A S E S

FASTRACKCAD FASTRACKA R C H I T E C T U R A L B I M D ATA B A S E S

BIM

XDRAiN

0.0330.034

XROOF L300

0.0330.034

Product Benefits

Physical Properties

Product Information Typical Thickness of Insulation Required

Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5






Waterproof membrane



Cellecta HEXATHERM XDRAiN(inverted roof insulation with integral drainage channels)

Ir6


0.25 0.22 0.20

(A) HEXATHERM XDRAiN 160 190* 210*

2U-value (W/m K)

0.18 0.16

240 290


Calculated in accordance with ISO 6946: 1997

Notes. Thickness calculated in accordance with EN ISO 6946& ETAG 301-2010(A) Based on 0.03 fx, 1.7mm/day average rainfall(B) Based on 0.001 fx & 1.7mm/day average rainfall(C) Supplied in rolls 1.5 x 50m*Addi�onal layer of XROOF 300 required

20

Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


Insulation ballasted with washed paving slabs0� Falls

INVERTED FLAT ROOF


CellectaR

Drainage gully liningInsulation ballasted with paving slabs

1:60-1:80 Falls

Cellecta HEXATHERM XMD Vertical up-stand insulation boardInsulation ballasted with washed rounded gravel

Suitable for roofs with and without falls

Ir3

Ir4

Ir5



BIM



BIM



BIM

Waterproof membrane


Geotextile filter fleece

Cellecta HEXATHERM XROOF 300L/XDRAiN

Paving slab on supports

Waterproof membrane



Cellecta HEXATEX (thermal improvement membrane)



Paving slab on supports

Waterproof membrane



Cellecta HEXATEX (Thermal improvement membrane)


Cellecta HEXATHERM XMD(Vertical up-stand insulation)Thickness’ available: 6mm facing + 50 -160mm insulationBoard dimensions: 1200mm x 2400mmThermal resistance: 0.033-0.034W/m²K

Washed rounded gravel ballast


21

Insulation ballasted with planting layerInsulation with integral drainage channels

0� Falls

INVERTED FLAT ROOF

0.25 0.22 0.20

(A) HEXATHERM XDRAiN 160 190* 210*

2U-value (W/m K)

CellectaR

0.18 0.16

240 290




DRAiN

XDRAiN extruded polystyrene inverted roo�oards have with a unique pa�en of drainage channels on their underside specifically which speeds up the shedding of rainwater, elimina�on the need for a separa�on drainage mat, making them ideal for green roofs.


Temperature range


Board size (mm)




<80mm>81mm

Edge profile


Geotextile filter layer

Gravel filter layer

Planting layer

Integral drainage channels

XDRAIN’s unique pattern of drainage channels sheds water off the roof whatever the boards’ orientation

300kPa

125kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

75

300kPa

125kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

75



BIM

XDRAiN

0.0330.034

XROOF L300

0.0330.034

Product Benefits

Physical Properties

Product Information Typical Thickness of Insulation Required

Pol 1

<5

1

Mat 1

GWP value

Code credits



CGreen Guide rating

Code credits 0.5






Root barrier

Waterproof membrane


Cellecta HEXATHERM XDRAiN(inverted roof insulation with integral drainage channels)

22


Notes. Thickness calculated in accordance with EN ISO 6946& ETAG 301-2010(A) Based on 0.02 fx, 1.7mm/day average rainfall*Addi�onal layer of XROOF 300 required

Gr1


Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone


Insulation placed below reinforced concrete and paving grade waterproofing

CAR PARK DECKS CellectaR

0.25 0.20 0.18

(A) HEXATHERM XROOF 500L 130* 160 180*

2U-value (W/m K)

0.16 0.14

200* 240*

0.12

280*




BIM


100%100%Recyclable

Ozone





Notes. Thickness calculated in accordance with EN ISO 6946& ETAG 301-2010(A) Based on 0.03 fx, 1.7mm/day average rainfall*Addi�onal layer of XROOF 300 required




Extra high compressive strength

ROOF L500

XROOF 500L extruded polystyrene thermal insula�on boards have excellent thermal characteris�cs and extra high compressive strength make them ideal for high load applica�ons such as plant rooms and car park decks.


Temperature range


Board size (mm)




Edge profile

500kPa

180kPa

0.7%

-50/+75�C

600x 1250

50 6080

100 120140 160

Shiplap

XROOF 500L

75

0.035

Product Benefits

Physical Properties

Product Information

Reinforced concrete(To structural engineer’s specification)

Seperating layer

Paving grade waterproofing

Screed to falls

Structural roof deck

Cellecta HEXATHERM XROOF 500L (Extra high compressive strength insulation)

23

Cp1


Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

Proprietary Cavity Closers Cellecta

INTRODUCTIONCellecta’s proprietary cavity closers eliminate cold bridging around window and door openings, ensuring compliance with Part L. Both types of UNICLOSER X incorporates a high performance extruded polystyrene thermal core and at least one rigid dpc profile. Eight standard* sizes are available to suit different cavity widths.

PRODUCT INFORMATION

Quick and easy to install

Effective DPC

Compatible with full and partial fill cavity insulation

Eliminates cold bridging around window anddoor openings

UNiCLOSER

XCPL combine the benefits of a HEXATHERM extruded polystyrene with one or two U-PVC damp proof course profiles to produce a rigid cavity closer that eliminates cold bridging around window and door openings.


Closer length (mm)

*Standard widths(Other sizes manufactured to order)

50

1

2500

Number of DPC profiles

0.033

65

75 85

90 100125 150

Profile(s) detail

6 “Universal fixings”Number of fixings required per length

50

2

2500

0.033

65

75 85

90 100125 150

12 “Wall ties”

UNiCLOSER X

Standard Double Standard

Pol 1

<5

1

GWP value

Code credits



CODE FOR SUSTAINABLE HOMES


THIRD PARTY ACCREDITATION & APPROVALS

Building the closer in as the wall is constructed UNICLOSER X - StandardAs the wall is built, simply push the universal fixings into the closer’s insulation core at 225mm intervals around door openings and 450mm intervals around window openings and bed into the mortar joints.

UNICLOSER X - Double StandardAs the wall is constructed, simply clip wall ties into the closer’s track at 225mm intervals around door openings and 450mm intervals around window openings and bedded into the mortar joints.

Retro fit UNICLOSER X - StandardIf the wall has already been constructed, simply snap the leg off the universal fixing and push the remaining bracket into the closer’s insulation core at <450mm intervals. Push the closer into the cavity and secure with masonry nails.

24

Physical Properties


Accepted

NHBC warranty

Accepted

premierguarantee

LABCAccepted

ISO 9001 N� 10224

ISO 14001: 2004


BE 009119-1


0107

100%100%Recyclable

Global


Ozone



Product Benefits



Min 30mmoverlap

Min 30mmoverlap

Sill DetailsUNICLOSER X StandardPartial fill cavity insulation and dry lined

UNICLOSER X Double StandardPartial fill cavity insulation and plasterboard thermallaminate

UNICLOSER X StandardFull fill cavity insulation and dry lined

Min 30mmoverlap

UNICLOSER X Double StandardPartial fill insulation and dry lined

UNICLOSER X Double StandardFull cavity insulation and wet plastered

UNICLOSER X Standard - reveal detailPartial fill cavity insulation and dry lined

Cc7 Cc9Cc8

Cc3

Min 30mm overlapMin 30mm overlapMin 30mm overlap

UNICLOSER X Standard Full cavity insulation and wet plastered

Cc2

Cc1

Cc4

Cc5

Min 30mm overlapMin 30mm overlap

UNICLOSER X Double StandardLarge width cavity up 300mm wide

Cc6

Min 30mm overlap

Min 30mm overlapMin 30mm overlap

Min 30mm overlapMin 30mm overlapMin 30mm overlap

Min 30mm overlap

Vertical Jamb DetailsUNICLOSER X Standard Partial fill insulation and dry lined

26

Building Regulations 2013 - Approved Document L1A & L1B: Conservation of Fuel and Power in Dwellings

Building Regulations 2013 - Approved Document L2A & L2B: Conservation of Fuel and Power in Buildings Other Than Dwellings

Building Regulations 2003 - Approved Document E: 2010 Edition: Resistance to the Passage of Sound

Scottish Building Standards 2013 - Section 5: Noise

Scottish Building Standards 2013 - Section 6: Energy

Approved Document Basements for Dwellings, BCA/NHBC, 1997, ISBN 0-7210-1508-5

Building Research Establishment Document BR 262: 2002 ”Thermal Insulation: Avoiding Risks”

CIBSE Guide A: Environmental Design, Section A3: Thermal Properties of Building Structures

DEFRA DTLR - Limiting thermal bridging and air leakage: Robust construction details for dwellings and similar buildings

BRE: The Code For Sustainable Homes - Technical guide 2014

BS EN ISO 13370: 2007 - Thermal performance of buildings: heat transfer via the ground: Calculation Methods

BS 5250: 1989 - Code of practice for control of condensation in buildings

BS 6399: 1996:1 - Loading for buildings: Code of practice for dead and imposed loads

BS 8215: 1991 - Code of practice for design and installation of damp proof courses in masonry construction

BS 6367: 1983 - Code of practice for drainage of flat roofs and paved areas.

BS EN ISO 717: 1997 - Impact sound transmission of a separating floor.

BS EN 12667: 2000 - Thermal performance of building materials and products - Determination of thermal resistance by means of guarded hot plate and heat flow meter methods - Products of high and medium thermal resistance

BS EN 13164 - Extruded polystyrene boards: Specification for boards manufactured from extruded polystyrene

BS EN 826 - Thermal insulating products for building applications: Determination of compression behaviour

BS EN 12086: 1997 - Thermal insulating products for building applications: Determination of water vapour transmission properties

BS EN 12087 - Thermal insulating products for building applications: Determination of long term water absorption by immersion

BS EN 12088 - Thermal insulating products for building applications: Determination of long-term water absorption by diffusion

prEN ISO 11925-2 - Reaction to fire tests for building products Part 2: Ignitability when subjected to direct impingement of flame (ISO/DIS 11925-2:1998)

Glossary

Thermal conductivity (Lambda value -): This is a measure of the rate at which a material will pass heat and is expressed in units of Watts per metre per degree of temperature difference (W/mK).

U-value: This is a measure of how much heat will pass through a square metre of a structure when the air temperatures on either side differ by one degree. U-values are expressed in units of Watts per square metre

2per degree of temperature difference (W/m K).

Thermal bridging is a thermally conductive material which penetrates or bypasses an insulation system; such as a metal fastener, concrete beam, slab or column. Heat will flow along the easiest path from the heated space to the outside - the path with the least resistance. This will not necessarily be the path perpendicular to the surfaces. Frequently heat will "short circuit" through an element which has a much higher conductivity than surrounding material, which can be described as a thermal bridge.Typical effect of thermal bridges are: Decreased interior surface temperatures, in the worst cases this can result condensation problems, particularly at corners.

Significantly increased heat losses and cold areas in buildings.

Y -values ():This is a measure of the total heat loss expected from all of the thermal bridge losses in all of the junctions in the building.

Standards & Codes of Practice


HEXATHERM, XPOOL, TETRiS, FIBREfon, YELOfon, DECKfon, ScreedBoard, HiDECK and HiGYP are registered trademarks of Cellecta Limited

27

Further InformationNotesCellecta reserves the right to amend product specifications without prior notice. Colours shown are for illustration purposes. Product technical data stated is typical. The information included in this brochure is based on Cellecta’s experience and is believed to be reliable. The Green Guide rating and Code credits quoted are given as a guide and should be checked accordingly. U-values quoted and applications illustrated are typical and should not be taken as a basis for design.

Cellecta, as the manufacturer, has no control over the installation of its products. The purchaser should evaluate the product's suitability and is responsible for adhering to any laws or regulations in this respect, making the purchaser also liable for observing any third party rights.

Architectural DrawingsArchitects and designers can quickly and easily insert Cellecta insulation products into their drawings by either downloading the specific detail from Cellecta’s web site or contacting Cellecta’s technical team on Tel. 08456 71-71-74 who will email the relevant file.

Specification ClausesArchitects, designers and specifiers can quickly and easily insert Cellecta insulation products into their specification document, by either downloading the specific clause from Cellecta’s website, contacting Cellecta’s technical team on Tel. 08456 71-71-74 or email [email protected], who will email the relevant clause.

Health and SafetyCellecta extruded polystyrene boards are chemically inert and require no special treatment. Copies of COSHH data for all Cellecta products are available upon request.

Fire classificationCellecta extruded polystyrene insulation boards contain a fire retardant additive to inhibit accidental ignition. However, plastic foams are combustible and may burn rapidly if exposed to intense fire. Euroclass E in accordance with BS EN 13501

PackagingCellecta insulation products are packed in recyclable opalescent polythene bags.

On-site handling & storage When storing Cellecta insulation products on site, it is important to protect them from long-term exposure to direct sunlight, otherwise surface degradation may occur. To reduce this, packs should be covered with a light-coloured sheeting. Cellecta insulation products are resistant to attack by mould and microbial growth.

FASTRACKCAD



BIM


BM TRADA Q Mark CertificationThe BM TRADA Q-Mark is regarded as one of the most rigorous certification processes available for construction products. It is a quality mark that identifies the product(s) as having been assessed against specified performance levels through independent accredited testing.

The BM TRADA Q-Mark enables Q-Mark customers to prove the worth of their products whilst gaining competitive advantage over other manufacturers allowing specifiers and end users to buy with confidence.

EN 13164: 2012

The following Cellecta products feature BM TRADA Q-Mark certification of the Building Insulation Products Scheme (certificate number BIP-0107/EFS-003*):HEXATHERM XFLOOR 250, 300 & 500HEXATHERM XPOOLHEXATHERM XPERiHEXATHERM XDRAiNHEXATHERM XCHiPHEXATHERM XROOF 300L & 500LHEXATHERM XDRAiNHEXATHERM XCHiPHEXATHERM UNICLOSER XTETRiS*

N� 10224

Building Insula�onProducts 0107

HEXATHERM insulation boards are manufactured in accordance with European CE legislation

Engineered Floor System 003

oThe UK’s N 1 for Acoustic Treatments and Technical Insulation ProductsoThe UK’s N 1 for Acoustic Treatments and Technical Insulation Products

CellectaR

I N N O V A T I O N I N I N S U L A T I O N

RRR

Cellecta App

CellectaR

I N N O V A T I O N I N I N S U L A T I O N

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ScreedBoardThe ultimate floor board...



BIM

Closed Cell Acoustic Products Fibrous Based Acoustic Products Open Cell Acoustic Treatments

High Density Interlocking Floor Boards

YELOfon FIBREfon DECKfon

Scree oarddB HiGYPHigh Density Wall Boards

HiDECKHigh Density Floor Boards

Other products available from Cellecta

Tel: 08456 71 71 74- -Fax: 08456 71 71 72- -Email: technical [email protected]

Cell extensive range of high performance thermal and acoustic insulation ecta’s products are supported by a technical advice line staffed by experienced consultants who can provide a number of useful services:

U-value, condensation risk or imposed load calculationsGive advice on the most suitable product to useSupply detailed fixing instructionsArrange site surveys Technical specifications