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The flame-retardant mechanism of aluminum hydroxide flame retardants involves extinguishing flames.
As public awareness of safety and health continues to rise, aluminum hydroxide flame retardants have gradually become an indispensable part of our daily lives.
2020/04/21
Applications of Aluminum Hydroxide Flame Retardants (Part I)
Aluminum hydroxide flame retardants have extremely broad applications. They are not only used for flame retardancy but also for smoke suppression and reducing the generation of corrosive gases in materials.
2020/04/24
Applications of Aluminum Hydroxide Flame Retardants (Part II)
Polybutylene terephthalate (PBT) engineering plastic is a new type of material for both consumer and industrial applications. It is primarily used in electronics, electrical equipment, machinery, automotive, and other fields.
2020/04/28
What other uses does aluminum hydroxide have besides as a flame retardant? (Part 1)
Aluminum hydroxide is the hydroxide compound of aluminum. Currently, the market for aluminum hydroxide is growing at an increasingly rapid pace, with many companies entering production.
2020/05/06
What other uses does aluminum hydroxide have besides as a flame retardant? (Part 2)
Aluminum hydroxide filler is produced on a large scale as a high-purity refined product that dissolves rapidly in strong acids and alkalis.
2020/05/09
Application of Aluminum Hydroxide Fireproof Coatings in Electrical Wires and Cables
With the rapid advancement of socio-economic development and technology, people's material and cultural standards continue to rise.
2020/05/13
How is aluminum oxide reacted to produce aluminum hydroxide flame retardant?
There are currently numerous methods for preparing aluminum hydroxide flame retardants. These include the Bayer process, the lime-alkali calcination method, and the ammonium bicarbonate method.
2020/05/15
Effect of Temperature on the Particle Size of Aluminum Hydroxide Flame Retardant
As a chemical substance, aluminum hydroxide flame retardant is subject to certain influencing factors during use. For instance, environmental temperature can induce chemical changes in its particle size.
2020/05/19
