Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll

Product Details
Customization: Available
Certification: ISO
Color: Customizable
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Plant Area
1001~2000 square meters
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
  • Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
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Basic Info.

Model NO.
xiashi104
Material
PE+PP
Type
Roofing and Waterproofing
Ceiling Tile Shape
Roll
Thickness
1.2mm
Function
Waterproof
After-sales Service
Online Technical Support, Onsite Training
Warranty
Online Technical Support, Onsite Training
Ceiling Tile Type
PE+PP
Surface Treatment
PE+PP
Usage
Wall Roof
Transport Package
Transparent Film
Specification
40 container
Trademark
housedress
Origin
China
HS Code
56031390
Production Capacity
10000000/Year

Product Description

Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll

 
Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll
Laminated Insulation Aluminum Foil Backed Woven Cloth Fabric Insulation Roll


There are three basic ways of heat transfer: heat conduction, convection and radiation. The heat transfer of the building is mostly the result of the combined effect of the three methods.
House Dress Jinbo ®reflection membrane gives off little heat and is used widely in heat insulation of roof and wall.
Heat transmission route ( non reflective film ) : sun -- infrared magnetic wave -- heat hits tiles to make the temperature rise -- tile becomes heat source to radiate heat energy -- heat hits the roof so that the temperature increases -- roof becomes heat source and gives off heat -- indoor temperature continues to rise
Heat transmission route ( adding reflective film ) : sun -- infrared magnetic wave -- heat hits tiles to make the temperature rise -- tile becomes heat source to radiate heat energy -- heat hits aluminum foil so that the temperature increases -- the radiation rate of  aluminum foil is very low -- indoor environment keeps comfortable temperature
 

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