Cailong

Application of Aluminized Film in Fire Protection Clothing

Since our company was founded in 2006, we have been dedicated to the research and production of high-tech vacuum coating and high barrier packaging materials. We are a domestic environmentally friendly vacuum coating enterprise with significant scale advantages, and also a Chinese high-tech enterprise. We have introduced multiple imported vacuum aluminizing equipment. Our main products include PET aluminized film, reinforced PET aluminized film, highly adhesive aluminized film, ultra-thick and ultra-thin aluminized film, reflective film, and window film, which are suitable for fire protection, chemical, petroleum, power, steel, machinery, food, electronics, mining, military applications, and air defense fields.

【Introduction to Fire Protection Clothing】 Fire protection clothing is made of flame-retardant fiber fabric and vacuum aluminized film composite materials. It does not contain asbestos and has the advantages of light weight, high strength, flame retardancy, high temperature resistance, anti-heat radiation, waterproof, wear resistance, flexibility, and no harm to the human body. It can effectively ensure that firefighters and workers in high-temperature environments do not get burned by heat, flames, or steam when approaching heat sources. The fabric of fire protection clothing is a flame-retardant fabric covered with aluminum foil (aluminized composite material). Currently, customers have used our 8um, 3.0 OD aluminized film and applied special coatings, and its performance has reached the requirements of fire protection associations in some Southeast Asian countries, which can be used on fire protection clothing. The main performance indicators are as follows:

1. (260 ° C ± 5), 5 minutes, no damage, shrinkage rate less than 5%

2. Excellent anti-friction performance

3. Good chemical resistance

Performance parameters

Flame heat transfer performance: HTI24 ≥ 21 seconds.

Radiant heat transfer performance: After 2500 bends, RH TI 24 ≥ 120 seconds.