Jinan has a complete range of building insulation films

Jinan has a full range of building insulation films. The base sheet of building insulation films is composed of multiple layers of tough polyester film, compounded with special adhesive, and then installed on the inner surface of the building glass to form a layer on the glass
The invisible tough barrier prevents damage from glass splashes caused by natural disasters and terrorist explosions, reducing the possibility of personal injury
Existing glass windows can be upgraded to meet safety regulations, aluminum foil insulation rolls, also known as barrier films, Heat insulation film, heat insulation foil, heat pulling film, reflective film, etc.
It is made of aluminum foil veneer + polyethylene film + fiber braid + metal coating laminated by hot melt adhesive. The aluminum foil coil has the functions of heat insulation, waterproof and moisture-proof
Aluminum foil insulation coils have extremely low solar absorption rate (solar radiation absorption coefficient) and excellent thermal insulation properties. They can reflect the above radiant heat and are widely used in building roofs and exterior walls for thermal insulation.
Heat transfer in building heat exchange is manifested in three ways: conductive heat + convection heat, and radiant heat.
When the temperature of the tile roof rises in summer, a large amount of radiant heat enters the room, causing the temperature to continue to rise, making the working and living environment extremely uncomfortable.
The solar radiation absorption coefficient (normal total radiation emissivity) of aluminum foil coils radiates very little heat. It is widely used in thermal insulation of roofs and walls. Thermal energy propagation route (without thermal insulation film) The sun's infrared magnetic wave thermal energy hits the tiles, causing the temperature to rise. The tiles become
The heat source radiates thermal energy. The thermal energy hits the cast-in-place roof, causing the temperature to rise. The cast-in-place roof becomes a heat source and radiates heat energy indoors. Ambient temperature continues
Increases the heat energy propagation route (add thermal insulation film) The sun's infrared magnetic wave heat energy hits the tiles, causing the temperature to rise. The tiles become a heat source and radiate
Thermal energy is emitted and the heat energy hits the aluminum foil, causing the surface temperature to rise. The aluminum foil radiates The rate is extremely low, and it radiates a small amount of heat energy to maintain a comfortable ambient temperature. It is composed of a polyester base sheet, an anti-scratch layer on one side, and an adhesive layer and protective film on the other side. It is highly durable, strong, moisture-resistant, and resistant to high and low temperatures
The characteristics of thermal insulation make the architectural membrane have the best thermal insulation effect.