Bubble Radiant Barrier

الوصف

AIR-TAC BUBBLE-FOIL is available both single-sided and double-sided and provides excellent insulation properties due to the air trapped within the individual bubbles. It significantly increases the effectiveness of the thermal barrier to radiation heat sources with resistance to convection and conduction. In addition, AIR-TAC BUBBLE-FOIL provides sound insulation as an added advantage.

The air bubble pockets with an air retention layer are mainly designed to enhance the effectiveness of the heat insulation, increase strength and puncture resistance. 

AIR-TAC BUBBLE-FOIL as a fire retardant radiant heat barrier contains no hazardous chemicals or harmful materials that can cause itching or respiratory problems. It is benefit in terms of cost effective, easy and practical installation. 

AIR-TAC BUBBLE-FOIL has both high heat reflectivity and sound insulation, is self-supporting, tear resistant, waterproof, fire retardant, and provides a barrier against dust penetration. It acts as both radiant and vapor barrier that can be either used alone or with mass insulation. 

Application:

o Designed for various stage of building works in metal post framed, prefabricated, wood and animal confinement buildings tent insulation, farm house heat insulated buildings, agricultural storage and poultry building.

o Widely used as industrial product packaging, automotive heat reduction works and humidity as well as temperature control building in wood industry.

Product range:

BB**8T***0
 Transparent single-sided single layer air bubble reflective radiant barrier foil

BB**8T***0
 Transparent double-sided single layer air bubble reflective radiant barrier foil

BB******0
 Single-sided single layer air bubble reflective radiant barrier foil fire retardant grade

BB******0
 Double-sided single layer air bubble reflective radiant barrier foil fire retardant grade

BW*-FR
 Double-sided single layer air bubble reflective radiant barrier foil reinforced with high tensile woven fire retardant grade class '0'