News

May 13-15, 2026, Osaka, Japan – Dandong Tinci Flame Retardant Materials Technology Co., Ltd., a leading global supplier of flame retardant solutions, will showcase its innovative products at the High Performance Materials Week Osaka Exhibition (Booth No.: Hall 3, K20-26).

Unlike organic flame retardants, which capture free radicals in the gas phase, inorganic flame retardants primarily exert their flame-retardant effect through physical endothermic processes, oxygen dilution, char formation, and the formation of a protective layer. They possess advantages such as low smoke, low toxicity, good thermal stability, and relatively low cost, thus occupying an important position in the field of flame retardant polymer materials.

Organic flame retardants are mainly classified into three categories based on their chemical structure and application characteristics: brominated, organophosphorus, and nitrogen-based.

The fire safety of polymer materials is mainly achieved through two mechanisms: the physical barrier effect of inorganic flame retardants and the chemical intervention of organic flame retardants. Understanding the principles and applicable scenarios of both is key to achieving a balance between fire resistance, mechanical properties, and cost.

Magnesium hydroxide (Mg(OH)₂), an environmentally friendly inorganic flame retardant, is highly sought after in the market for its non-toxic, smoke-suppressing, and highly effective flame retardant properties.