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North of Huaishu Village, Huaishu Town, Jinzhou City, Shijiazhuang, Hebei Province, China
FCD hard ultrafine inorganic fiber spraying product
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
The FCD Hard Series Ultra fine Inorganic Fiber Spray Series products are made by spraying special mineral fibers and a series of special non adhesive materials through a set of specialized spraying equipment onto the surface of building substrates, forming a seamless and sealed hard ultra fine inorganic fiber spray layer with a certain strength and thickness. Due to the fact that both sprayed fibers and sprayed bonding materials are non combustible inorganic components, the sprayed layer formed after spraying has excellent fire resistance from the inside out, fully complying with the national standard GB8624-2006A1 level non combustible fire protection standard. At the same time, the hard ultra-fine fiber spray coating also has multiple properties such as thermal insulation, sound absorption and noise reduction, fire resistance, waterproofing, no mold, impact resistance, and freeze-thaw resistance, which are significantly different from the fiber spray products currently used in the market.
Keywords:
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.