Heat Transfer Foil
Heat Transfer Foil Heat Transfer Aluminium Foil ATLM Puchong, Selangor, Malaysia Supply Supplier Suppliers | Copper Tube Supplier
The transfer of heat occurs from a warmer to a colder region. Conduction and Convection can only be transferred through a medium or physical contract, whereas Radiation can be transferred across a perfect vacuum as the radiant energy travels in straight line through space.

As shown in Diagram 1*, in a close environment, the contribution of Radiation is the highest among all sources of heat. The roof is the surface of a building that is most exposed to solar radiation and the solar gain absorbed by the roof is directly transmitted down to the attic space. When a radiant barrier is placed underneath the roof covering, leaving an air space, almost all radiant heat will be eliminated. In cold climate regions, the radiant barrier holds the heat inside the building closed environment.

Installing a Radiant Barrier is the best solution to save energy, either in a hot or cold climate region. The Radiant Barrier performs at its best if combined with other roofing solutions that provide a batten cavity space and ventilation.

Terms have shown that using a Radiant Barrier to insulate the roof will reduce the living room temperature significantly.

Double Sided Woven with 20mm Bubble

Double Sided Woven with Single Bubble 10mm

Single Sided Woven with Single Bubble 10mm

Single Sided Woven with 20mm Bubble

Double Sided Pure Aluminium with 20mm Bubble
Paper Foil - Camel Double Sided Metalised / Aluminium Paper Foil (C 228am)

Paper Foil - Camel FR 450 Double Sided Pure Aluminium Insulation Foil 6 Layers (FR 450 - 6L)
Paper Foil - Camel Single Sided Metalised Paper Foil (C 118m)
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