Aluminum hydroxide for cable is a super fine powder flame retardant, primarily composed of Al (OH) 3. It is widely used in various industries, including rubber and plastic products, electrical cables, building materials, electronics, and more. This inorganic and environmentally-friendly flame retardant is known for its high performance, stability, and cost-effectiveness. With its excellent flame retardant properties, aluminum hydroxide can enhance the safety and reliability of products while also providing characteristics such as filling, antistatic properties, and smoke suppression. The product is white in color and is classified as an industry-grade chemical.

Aluminum hydroxide for cable finds extensive application in flame retardant fields. It is suitable for use in rubber and plastic products, such as mine conveyor belts, mine air duct coating cloth, hoses, rubber plates, carpets, rubber liners, PVC wire and cable materials, wire and cable sheaths, building materials, damping paste, damping plates, electronics, and flame retardant resin. Additionally, it is widely used in electrical LDPE cable materials, LSZH wire compounds, LSZH cables, silicone rubber, rubber insulation, silastic modules, foam insulation, paper-making, PVC industry, pouring sealants, and shells of various automotive, phone, plane, and computer components. The flame retardant effect of aluminum hydroxide can be further improved through activated treatment, enabling the dosage to increase and enhancing its overall performance.

Aluminum hydroxide offers numerous advantages and desirable characteristics. It has a low cost, high decomposition temperature, good stability, and does not volatilize or corrode equipment. When exposed to heat, it releases a significant amount of water vapor, which can absorb heat and dilute the concentration of combustible gases, effectively acting as a non-combustible barrier. Moreover, the released gas is water vapor, which does not corrode metals. The use of activated aluminum hydroxide, with its surface treatment, improves compatibility with polymers, enhances dispersion in the substrate, and allows for higher additions to the material without compromising its physical and mechanical properties. It not only provides flame retardancy, smoke suppression, and self-extinguishing properties but also enhances resistance against leakage, arcs, and wear.