Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil

Product Details
Customization: Available
After-sales Service: Online Technical Support, Onsite Training
Certification: ISO
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Plant Area
1001~2000 square meters
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
  • Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
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Basic Info.

Model NO.
xiashi604
Color
Customizable
Material
PE+PP
Type
Roofing and Waterproofing
Ceiling Tile Shape
Roll
Function
Waterproof
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

Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
 
Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil
Foil Heat Insulation 97% Reflectivity Aluminum Foil PE Woven Fabric Heat Insulation Foil


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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