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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

Pr_25_57_06_94 Vacuum insulated panelsPrimary

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.