With the global trend towards promoting halogen-free flame retardant materials, the dispersibility and stability of powder flame retardants have become key technological bottlenecks. In traditional processes, ultrafine aluminum hydroxide and magnesium hydroxide often suffer from reduced flame retardant performance due to particle agglomeration. However, the silane coupling agent IOTA-5072 (vinyltris(2-methoxyethoxy)silane) offers a breakthrough solution for the industry.

As a highly efficient surface modifier, IOTA-5072 can form a dense and uniform organic layer on the powder surface, significantly improving the surface activity of the powder, making it less prone to agglomeration and allowing for uniform dispersion in resin systems. This modified halogen-free flame retardant exhibits better flowability and higher flame retardant efficiency during processing, while maintaining excellent mechanical properties.

The modified flame retardant is widely used in wire and cable, engineering plastics, building decoration materials, industrial coatings, and flame-retardant fabrics, enabling products to maintain environmentally friendly characteristics while possessing longer service life and more stable flame retardant performance.

With the increasing demand from downstream industries for higher quality and safer flame retardant materials, IOTA-5072 is gradually becoming an "invisible key additive" in the flame retardant industry, driving halogen-free flame retardant materials towards higher-end fields.