How do the properties of ETFE films change our lives?

ETFE building film has many properties that other building materials can not match :ETH film can resist temperature changes, can burst in the temperature of -0℃~+150℃.

 

While maintaining the good heat resistance, chemical and electrical insulation properties of PTFE, its radiation resistance, mechanical properties and processing properties have been greatly improved.

 

This film material has strong corrosion resistance, can maintain chemical stability in the long-term sun and peak water environment, its service life can be up to 15-25 years, and can also form a unique shape, both environmentally friendly, economic and beautiful parts.

ETE full film has a strong self-cleaning ability, the unique anti-adhesion surface makes it with high pollution resistance, usually rain can remove the main dirt, not only the peak of the cleaning lead rate is not less maintenance costs, can be used as a reusable ring materials, can be produced into other ETF products after sub-business impurities.

 

ETE film has excellent corrosion resistance to acid, chemical substances and most solvents, can maintain the integrity of the material in harsh environments, it is not only not evil, but also can be combined with metal materials, the strong binding characteristics of metal holding, close to the linear expansion coefficient of carbon steel, has excellent negative pressure resistance.

ETFE film structures are widely used in construction fields, such as stadiums, exhibition centers, landscape coverings, etc. Its transparency makes the interior space more bright and open.

 

In addition to energy saving, ETFE can also adjust the air pressure to achieve the opening and closing function, providing a controllable ventilation effect.

 

It has the ability to reliably adjust the environmental conditions inside the building through heart-V transparency, can print specific patterns and control the sunlight conditions in layers, and can also light individual MATS with color-changing leds to create a special pattern, thus allowing the building facade to reflect the interior.