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Flame-retardant aluminum hydroxide micropowder

This product series builds upon the company's aluminum hydroxide micropowder products. Through particle activation, grading, and depolymerization, the particle size distribution is optimized for greater rationality.

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Flame-retardant aluminum hydroxide micropowder

This product series builds upon the company's aluminum hydroxide micropowder products. Through particle activation, grading, and depolymerization, the particle size distribution is optimized for greater rationality.

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Flame-retardant aluminum hydroxide micropowder

This product series builds upon the company's aluminum hydroxide micropowder products. Through particle activation, grading, and depolymerization, the particle size distribution is optimized for greater rationality.

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Active Alumina Micropowder Series

Active aluminum hydroxide micropowder exhibits stable product performance, excellent wettability and flowability, easy dispersion, and low moisture sensitivity.

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Flame-retardant aluminum hydroxide micropowder

This product series builds upon the company's aluminum hydroxide micropowder products. Through particle activation, grading, and depolymerization, the particle size distribution is optimized for greater rationality.

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Flame-retardant aluminum hydroxide micropowder

They enhance affinity with organic polymers and inorganic flame retardants, improving compatibility with other flame retardants and synergistic flame retardancy effects. The products demonstrate outstanding applicability.

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Flame-Retardant Aluminum Hydroxide Micropowder Series

The products exhibit lower viscosity and oil absorption, excellent flowability, and ease of dispersion. They enhance affinity with organic polymers and inorganic flame retardants, improving compatibility with other flame retardants and synergistic flame retardancy effects.

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Ordinary aluminum hydroxide micropowder

This product series builds upon the company's aluminum hydroxide micropowder products. Through particle activation, grading, and depolymerization, the particle size distribution is optimized for greater rationality.