The application scenarios of hydrotalcite flame retardant are as follows:
In the field of wire and cable: In insulating and sheathing materials such as PVC, PE, and PP, hydrotalc flame retardants can replace some traditional flame retardants, such as antimony trioxide, to reach the UL94 V0 flame retardant standard, without affecting the oxygen index of the material, and at the same time improving the smoke suppression effect. In the field of wires and cables, adding hydrotalcite flame retardants can lower the temperature of the combustion system, dilute flammable gases, and isolate oxygen, thereby achieving a flame-retardant effect.
In the field of plastic products: Hydrotalcite flame retardants are widely used in various plastic products such as PVC, PP, and PE, significantly enhancing the flame retardant performance of plastic products while maintaining excellent mechanical and processing properties. In plastic products, hydrotalcite flame retardants can also be used in combination with other additives to improve the heat resistance, mechanical strength, anti-aging temperature, surface brightness of the products, insulation performance, anti-static performance, and anti-ultraviolet performance of polymer materials.
In the field of rubber products: Hydrotalcite flame retardants can also be used in rubber products to enhance their flame retardant performance while maintaining their original physical and chemical properties.
Paper flame retardant treatment: Paper and paper products are highly flammable substances. Hydrotalcite flame retardants can be applied to paper flame retardancy. Magnesium-aluminum hydrotalc combines the advantages of magnesium hydroxide and aluminum hydroxide flame retardants while overcoming their respective shortcomings. It has functions such as flame retardancy, smoke suppression and filling, and is a new type of flame retardant that is highly efficient, halogen-free, non-toxic and low smoke.
In the field of leather products: Hydrotalcite flame retardants can also be applied to leather products to enhance their flame retardant performance while maintaining their softness and durability.
