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ETFE (F40) powder coating is a polymer belonging to thermoplastic polymers, which has both plastic and rubber properties, thus possessing good rigidity, temperature resistance, and film-forming performance. It has a wide range of applications, from industry to architecture, and even to household appliances, with the presence of ETFE (F40) powder coating. (hereinafter referred to as ETFE)
ETFE (F40) powder coating is a lightweight and durable material. In comparison, its strength is one order of magnitude lower than traditional metal materials such as fiberglass, stainless steel, and aluminum. However, its elongation rate reaches 400%, and its flexural strength is 1/4 of that of fiberglass and stainless steel. However, in terms of tensile strength, impact strength, and temperature resistance, it is slightly inferior. Even under special conditions, such as high temperature and adversity, ETFE still has good tensile strength and rigidity, and can be used at temperatures up to 200 ℃. Moreover, its insulation performance is also ideal, so it can maintain stability in complex electromagnetic environments.
Due to its lightweight and high strength, ETFE has become an important component of countless weapon launchers today, such as missile launchers, anti tank missile launchers, machine gun launchers, etc. For example, the cockpit of the US Air Force F-15 fighter jet uses ETFE as outer protection, as well as the launcher for the US large Aegis anti missile system. The US UAE beachhead gun turret also uses ETFE in launchers and other areas.
Meanwhile, ETFE is also used in various industrial equipment, electrical box materials, industrial fans, drums, and packaging machines. Of course, it is also widely used for the protection of buildings, such as solar collectors, building exterior wall coverings, ventilation equipment, metal roofing materials, etc., especially in the increasing number of sports stadium projects. Due to its lightweight, wear-resistant, climate change resistant, and shading ability, it has become an important choice for building protection.
Therefore, ETFE has many characteristics and is widely used in industrial manufacturing, building protection, and other fields. Its low weight, high rigidity, low deflection, weather resistance, fatigue resistance, chemical resistance, and other advantages make it an ideal material for solving complex engineering problems. In the future, ETFE will become an indispensable material in various industries and showcase its expertise in industrial mechanical component manufacturing.