ShieldVIP
Verified by manufacturer over a year ago
High performance vacuum insulated panel.
Application
The use of this system is mainly to minimize the depth of insulation needed on areas with restricted heights such as door thresholds, particularly on terrace areas.
Description
A vacuum insulated panel used in flat roof applications which has a thermal conductivity of 0.0061 W/mK. The insulation is compacted in order to provide an exceptional thermal performance. It is installed with an infill, and the additional underlay/overlay provides further thermal performance and protection to the board. Manufactured in accordance with ISO 9001: 2015 and ISO 14001: 2015.
Up to five times thermal performance compared to traditional roof insulations, therefore it can greatly reduce overall thickness of a system build-up while not compromising the thermal efficiency.
Features and benefits:
- Outstanding energy efficiency.
- High compressive strength.
- Excellent moisture resistance.
- Easy to install.
- Application versatility.
- 100% recyclable.
- Total waterproofing and insulation solution – compatible with all Shield systems.
General information
Color | Silver |
Finish | Aluminium Guidance for specification option: Foil. |
Shape | Rectangle Square |
Length | 400 mm 600 mm 1000 mm 1200 mm 1300 mm |
Width | 200 mm 300 mm 400 mm 500 mm 600 mm |
Height | Bespoke |
Uniclass | |
CAWS | J41/440 Inverted roof insulation J21/430 Warm deck roof insulation J31/335 Warm deck roof insulation J41/26 Thermal insulation J21/25 Warm deck roof insulation J41/430 Warm deck roof insulation J42/430 Warm deck roof insulation J31/26 Thermal insulation |
Specification data - Vacuum insulated panels
Edges | Square. |
Dimensions | |
Size (length x width) | 400 x 300 mm.600 x 200 mm.600 x 400 mm.600 x 500 mm.600 x 600 mm.1000 x 600 mm.1200 x 600 mm.1300 x 600 mm. |
Thickness | 20 mm.25 mm.30 mm.40 mm. |
Density (minimum) | 160–210 kg/m³. |
Thermal conductivity (maximum) | 0.0061 W/mK. |
Compressive strength (minimum) | 200 kPa. |
Thermal resistance | 3.28 m²K/W (20 mm). |
ThermalTransmittance | 0.305 W/m²K (20 mm). |
R-Value | 6.67 W/m²K. |