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This product is manufactured using a modern sophisticated continuous laminating process which consists of a layer of low density Polyethylene air cells laminated on both sides with aluminium foil.
Alububble® is a superior performance radiant barrier material, simple to use and cost effective.
Alububble® uses the thermos principal of providing a reflective barrier along with adjacent air space to keep the building cool in summer and warm in winter.
Alububble® will not propagate fire and does not present a fire hazard when installed in a building.
• Thermal Resistance: 1.58m²K/W
• Thermal Conductivity: 0.063 K W/m.K
This product is manufactured using a modern sophisticated continuous laminating process which consists of a layer of low density Polyethylene air cells laminated on one side with a white polyethylene layer which provides an aesthetically pleasing finish to the underside.
Alububble® is a superior performance radiant barrier material, simple to use and cost effective.
Alububble® uses the thermos principal of providing a reflective barrier along with adjacent air space to keep the building cool in summer and warm in winter.
Alububble® will not propagate fire and does not present a fire hazard when installed in a building.
• Thermal Resistance: 1.103m²K/W
• Thermal Conductivity: 0.091 K W/m.K
This product is manufactured using a modern sophisticated continuous laminating process which consists of a layer of low density Polyethylene air cells laminated on one side with a white polyethylene layer which provides an aesthetically pleasing finish to the underside.
Alububble® is a superior performance radiant barrier material, simple to use and cost effective.
Alububble® uses the thermos principal of providing a reflective barrier along with adjacent air space to keep the building cool in summer and warm in winter.
Alububble® will not propagate fire and does not present a fire hazard when installed in a building.
• Thermal Resistance: 1.103m²K/W
• Thermal Conductivity: 0.091 K W/m.K
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W
Alucool® (50/75/100/135mm) thick, non-combustible, brown glass mineral wool faced with either reinforced foil or white metalized foil.
Used in conjunction with straining wires (white PVC or Galvanised) placed at 275mm centres apart as per manufacturers installation
• 50mm = 1.28m².K/W
• 75mm = 1.92m².K/W
• 100mm = 2.56m².K/W
• 135mm = 3.46m².K/W