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Mechanism of Flame-Retardant Aluminum Hydroxide
In the flame retardant market, demand for halogen-based flame retardants has been steadily declining, replaced by halogen-free, low-toxicity alternatives.
2020/11/25
The Flame Retardant Principle of Flame-Retardant Aluminum Hydroxide
The flame-retardant mechanism of aluminum hydroxide involves endothermic decomposition into aluminum oxide and water—substances that are entirely non-toxic and non-corrosive.
2020/11/27
Key Quality Indicators to Consider When Selecting Flame-Retardant Aluminum Hydroxide
Flame-retardant aluminum hydroxide offers advantages such as non-toxicity, excellent stability, and the absence of toxic gases at high temperatures. It reduces smoke and soot emissions during plastic combustion and exhibits a low dehydration endothermic temperature.
2020/12/02
Function of Flame-Retardant Aluminum Hydroxide
The thermal dehydration and phase transition of flame-retardant aluminum hydroxide are highly complex.
2020/12/04
Basic Knowledge of Aluminum Hydroxide Flame Retardants
Aluminum hydroxide is one of the most widely used non-polar flame retardants globally, offering triple functions of flame retardancy, smoke suppression, and drip resistance.
Production Method of Aluminum Hydroxide Flame Retardant
Aluminum hydroxide flame retardant is currently the most widely used and extensively applied inorganic flame retardant additive.
2020/12/07
Precautions for Using Aluminum Hydroxide Flame Retardants
Superior flame retardancy and smoke suppression—dehydrates and decomposes upon heating. After dehydration, it forms an Al₂O₃ protective film on combustible surfaces to block oxygen, reduce combustible gas and oxygen concentrations, effectively inhibit polymer thermal degradation, and suppress smoke generation through adsorption.
2020/12/10
What are the methods for producing ultrafine aluminum hydroxide micropowder?
What are the production methods for ultrafine aluminum hydroxide micropowder? The production of ultrafine aluminum hydroxide micropowder encompasses both mechanical and chemical methods.
2020/12/13
