Excellent flame retardancy: Aluminum hydroxide absorbs a large amount of heat during thermal decomposition, simultaneously releasing crystalline water to cool and dilute the flammable gas, thereby suppressing combustion. After modification, its flame retardant properties may be further enhanced, allowing for more effective prevention of flame spread and propagation.

High fillability: Can be used as a filling material, added in large quantities to matrices such as polymers, to reduce material costs. Additionally, due to its high hardness and wear resistance, it can enhance the mechanical properties of the matrix material, such as strength, rigidity, and wear resistance.

Surface Property Enhancement: Surface modification processing alters the surface polarity and energy of aluminum hydroxide particles, significantly enhancing their compatibility with organic matrices. This aids in better dispersion within composite materials, reduces agglomeration, and thereby improves the overall performance of the composites.

Water resistance enhanced: While ordinary aluminum hydroxide has some solubility in water, the modified version boasts improved water resistance, reducing dissolution and deterioration in humid environments or when in contact with water, thereby enhancing stability and service life under various environmental conditions.

Excellent Insulation Properties: Features superior electrical insulation properties, suitable for use in electrical insulation materials to enhance material insulation and safety.