Changxing soft film ceiling translucent material luminous lamp film

The soft film is made of new polymer material and is meter thick. It is formed by one or more cuttings and then completed by high-frequency welding. Soft film ceilings need to be made in the factory after measuring the size of the ceiling on site. The dimensional stability of soft film ceilings ranges from degrees Celsius to degrees. Currently there are series of light-transmitting films, transparent films, glossy films, matte films, satin films, whale skin masks, textured films, metal masks, porous films and precision-printed pattern films. The light transmittance of the light-transmitting film is available in milk white, beige, gold and blue. Special colors are usually adjusted with colored lights. Use with various lighting systems (such as neon lights, fluorescent lights) to create dreamlike, shadowless indoor lighting effects. At the same time, it abandons the bulkiness, danger and shortcomings of small pieces of glass or plexiglass, and has gradually become a new decorative highlight.
The transmittance of transparent films is available in two types: fully transparent and frosted.
Other types of light transmittance and non-light transmitting films usually use external light sources. Air vents, smoke detectors, sprinklers, downlights, etc. can be installed.
Features fireproof (both grade and grade), antibacterial, waterproof, easy to install and disassemble, anti-aging, safe and environmentally friendly, strong moldability, etc.
Product functions
Water can withstand sewage, and It will not go bad, and after cleaning, the grade film is still as good as new. The membrane surface has been treated with anti-fog treatment to prevent condensation due to moisture.
Fire grade membrane products have passed the grade fire protection and combustion performance inspection by the national authority. Information can be found on China Fireproof Building Materials.
Cold grade membrane products have passed the cold protection report of international authoritative organizations. After being left for hours at minus degrees Celsius, it was intact after being taken out. To a certain extent, it has solved the problem of previous membrane ceilings in the cold northern regions.