Aluminum hydroxide also has some applications in thermoplastic materials, especially as fillers and reinforcements. The following are the main applications of aluminum hydroxide in thermoplastic materials:

Flame retardants: Similar to wires and cables, aluminum hydroxide is often used as a flame retardant in thermoplastic materials. Adding aluminum hydroxide to thermoplastics can improve the material’s flame retardant properties, making it harder to burn and slowing the spread of flames. This is useful for applications requiring high flame retardancy such as building materials, automotive parts, etc.

Fillers: Aluminum hydroxide can be used as a filler in thermoplastic materials to improve the mechanical properties, dimensional stability, and thermal stability of the materials. It increases the material’s stiffness and strength, reduces shrinkage, and improves the material’s dimensional stability. This is useful in applications that require stiffness and strength, such as plastic products, pipes, manufacturing components, etc.

Thermal conductivity: Aluminum hydroxide has high thermal conductivity, so adding aluminum hydroxide particles to thermoplastic materials can improve the thermal conductivity of the material. This is beneficial for some applications that require good heat dissipation performance, such as electronic equipment heat dissipation components, thermally conductive plastics, etc.

In general, aluminum hydroxide is mainly used as a flame retardant, filler and thermal conductivity improver in thermoplastic materials, which can improve the flame retardant performance, mechanical properties and thermal conductivity of the material to meet the needs of various applications. need. It is a versatile material with a wide range of applications in improving material properties.