Flame retardant and fireproof foam glue (foam sealant) is made of high polymer materials such as polyurethane, polyimide, silicone rubber, etc., combined with expansion agent, flame retardant and other auxiliary materials. Among these ingredients, flame retardant plays a vital role, which can effectively improve the fire resistance of materials. Among many flame retardants, aluminum hydroxide is particularly prominent in the application of flame retardant and fireproof foam glue due to its unique properties, injecting new vitality into the foam glue industry.
As an inorganic flame retardant, aluminum hydroxide has a very significant flame retardant effect. Under high temperature conditions, aluminum hydroxide can absorb a lot of heat and decompose to produce water and aluminum oxide. Aluminum oxide forms a dense protective layer on the surface of combustibles, effectively isolating oxygen, heat and combustible substances, thereby achieving the effect of preventing and delaying combustion. Jin Ge New Material aluminum hydroxide, after special process treatment, has a more stable flame retardant performance, providing a reliable guarantee for flame retardant and fireproof foam glue.
Aluminum hydroxide is a non-toxic and harmless inorganic compound, and its use meets modern environmental protection requirements.
The addition of aluminum hydroxide can also significantly enhance the mechanical properties of foam. Its good dispersibility enables aluminum hydroxide to be evenly distributed in the foam matrix, significantly improving the hardness, wear resistance and impact resistance of the product. Our FA series aluminum hydroxide, after fine grinding and screening, has uniform particle size and good dispersibility, which provides strong support for improving the mechanical properties of foam.
Aluminum hydroxide resources are abundant and widely available, so the cost is relatively low. With advanced production technology and optimized supply chain management, Jin Ge New Materials can provide customers with cost-effective aluminum hydroxide products and create greater economic benefits for enterprises.
