what are you looking for?
en

Plastic doors and windows can effectively reduce building energy consumption

Home > News > News center  > Plastic doors and windows can effectively reduce building energy consumption

News

Plastic doors and windows can effectively reduce building energy consumption

2017-07-17 11:03:05
The window has a pivotal position in the building, lighting, ventilation, insulation, landscaping and so on. But if the choice is wrong, the window will be a waste of energy. Relevant data show that in the building, through the doors and windows (Custom made Plantation shutter ) of heating and refrigeration energy, to account for 50% of the total energy consumption of the building. Therefore, a good grasp of building energy efficiency, the focus is to do a good job of energy saving doors and windows. 



The window insulation is mainly to improve the heat preservation performance of the window by using heat preservation window (Light weight PVC slats manufacturer china ) frame material, increasing the heat insulation performance of the window glass and strengthening the tightness of the window, thereby reducing the energy consumption of the window. Polyvinyl chloride (PVC) has high hardness, rigidity and high strength, corrosion resistance, good insulation, flame retardant and price advantages, with its production of doors and windows insulation, water tightness, air tightness and insulation material than other windows with good effect, therefore, plastic doors and windows have increasingly been user acceptance. 



In building exterior enclosure structure, the heat preservation of doors and windows (Fire-proof PVC venetian blinds )relative to the wall is poor. From the angle of reducing building energy consumption, the thermal insulation performance of building exterior doors and windows must be strictly required. Because of its low thermal conductivity and cavity structure, plastic has greatly reduced its thermal conductivity. Therefore, plastic doors and windows have good insulation performance. Under normal circumstances, increasing the thickness of plastic profiles while increasing the number of cavity layers, can further improve the insulation properties of profiles.