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North of Huaishu Village, Huaishu Town, Jinzhou City, Shijiazhuang, Hebei Province, China
Inorganic fiber spray cotton
Product Features
Fireproof
Made of Class A non-combustible material, it does not ignite or emit smoke when exposed to fire, providing a robust fire barrier for buildings and equipment.
Heat Insulation
Seamless fiber layers with closed pores have low thermal conductivity, effectively blocking heat transfer.
Noise Reduction
The three-dimensional mesh structure attenuates sound energy, effectively reducing environmental noise and optimizing the acoustic environment.
- 产品描述
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Product Introduction
Inorganic fiber spraying is a new type of environmentally friendly building coating, mainly composed of inorganic fibers and water-based adhesives. After mixing, it is sprayed through an air pressure pump and mixed with atomized water to form a coating on the substrate that needs to be protected. This coating can meet the requirements of sound absorption, insulation, and fire protection
Inorganic fiber spray coating is a high-performance, spray-applied material made from non-combustible inorganic fibers. It provides superior insulation, fire resistance, and soundproofing properties. This coating is commonly used in industrial and commercial applications to protect surfaces from extreme temperatures, reduce heat loss, and improve acoustics. It is ideal for applications that require durability, thermal efficiency, and fireproofing, such as in buildings, power plants, and manufacturing facilities. Its application is quick and seamless, ensuring consistent coverage across complex surfaces.
Product Features
Fireproof
Made of Class A non-combustible material, it does not ignite or emit smoke when exposed to fire, providing a robust fire barrier for buildings and equipment.
Heat Insulation
Seamless fiber layers with closed pores have low thermal conductivity, effectively blocking heat transfer.
Noise Reduction
The three-dimensional mesh structure attenuates sound energy, effectively reducing environmental noise and optimizing the acoustic environment.