Verified by manufacturer 6 months ago
30 mm thick
Skytite is a high-density sprayed (in-situ) thermal insulation system.
Suitable for:
This system is particularly formulated to obtain a foam with an applied density between 43 and 50 kg/m³.
Features and benefits:
Under favourable weather conditions, the rigid spray polyurethane foam Skytite has a good adhesion to most constructions materials such as concrete, brick, wood and steel.
Color | Cream |
Material | Polyurethane (PUR) |
Shape | Formless |
Length | Bespoke |
Width | Bespoke |
Height | Bespoke |
Warranty description | Ten year |
Uniclass | |
CAWS | P10/310 Air and vapour control layer P10/205 Insulation sprayed between studs P10/185 Soffit insulation P10/147 Polyurethane foam sprayed between rafters P10/60 Air and vapour control layer M22/130 Externally sprayed M22/120 Sprayed |
Standard | To EN 14315-1:2013. |
Thermal conductivity (maximum) | 0.028 W/m·ᵒK. |
Fire performance | To EN 13501-1, class E. |
Materials | Polyols, additives and MDI. Guidance for specification option: Component A: Mixture of polyols and additives (catalysts, surfactants and blowing agents). Component B: MDI (diphenylmethane diisocyanate). |
Viscosity at 25°C | Component A: 330 mPa.s, Component B: 220 mPa.s. Manufacturer guidanceMethod: G133-07. |
Mixing emulsions | Mixing ratio (weight): 100:104. Manufacturer guidanceMethod: G132-01. |
Density | Component A: 1.18 kg/ m³, Component B: 1.23 kg/ m³. Guidance for specification option: At 25ºC. Manufacturer guidanceMethod: G133-08. |
Closed cell content | To ISO 4590, ≥90%. |
Compression strength | To EN 826, ≥300 kPa. Guidance for specification option: 10% deformation. |
Thickness | 30 mm. |
Thermal resistance | 1.10 m² ·K/W. |
Water vapour resistance factor | To EN 12086, ≥80 μ. |
Water absorption | To EN 1609, ≤0.20 kg/m². Guidance for specification option: Short term water absorption by partial immersion. |
Contains Red List materials | No |
Country of material origin | United Kingdom |
Country of product manufacture | United Kingdom |