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Celotex TD4000 provides a quick and easy method of achieving effective thermal insulation in light traffic, ventilated, lead covered, warm flat roof applications - includes 5.5mm WBP plywood. Thermal conductivity – 0.022W/mK
Price: £ 113.44
(£136.13 inc VAT)
Claylite is a compressible fill material used to reduce the pressure exerted on reinforced concrete ground beams or on the vertical face of concrete foundations, caused by the expansion of clay soils (clay heave) during the life of the structure.
Price: £ 18.14
(£21.77 inc VAT)
Celotex CW4000 insulation board provides a simple insulation solution for partial fill cavity wall applications. Contains low emissivity foil facings.
Price: £ 75.52
(£90.62 inc VAT)
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Celotex TA4000 provides a quick and easy method of achieving effective thermal insulation in single-ply flat roofing structures. Boards have higher compressive strength. Contain low emissivity foil facings. Thermal conductivity - 0.022 W/mK.
Price: £ 1 015.38 (£1 218.46 inc VAT) Click to view discounts
2 or more: £998.73 (£1 198.48 inc VAT)
3 or more: £982.11 (£1 178.53 inc VAT)
5 or more: £957.14 (£1 148.57 inc VAT)
90mm Celotex TA4000 provides a quick and easy way to achieve effective thermal insulation in single-ply flat roofing structures. Boards are manufactured with low emissivity foil facings and are specifically for use with mechanically fixed and ballasted single-ply weathering systems.
Celotex TA4000 boards perform to a higher compressive strength which gives improved resistance to site traffic during installation.
TA4000 is manufactured from rigid polyisocyanurate (PIR) using a blowing agent that has zero ozone depletion potential (ODP) and low global warming potential (GWP)
TA4000 provides insulation for flat roofs fixed over timber, metal or concrete deck under mechanically fixed and ballasted single-ply weathering systems:
Advantages of Celotex TA4000:
|Area per pack:||25.92m2|
|Material:||Polyisocyanurate (PIR) with foil facings|
|Thermal conductivity:||0.022 W/mK|
|Thermal Resistance (R-value):||6.10 m2K/W|
|Compressive strength at 10% compression:||≥150kPa|
|Water vapour resistance:||>150 MNs/g|