Non volatile zinc borate is a new generation of inorganic flame retardant functional material produced by Taixing, an experienced manufacturer in China. Unlike traditional aqueous zinc borate, which is prone to dehydration and gas production during high-temperature processing, the core characteristics of zero volatilization and zero decomposition below 280 ℃ are achieved through precise control of the boron zinc coordination structure and lattice stability. This fundamentally solves the industry pain points caused by flame retardant volatilization, such as product bubbles, yellowing, and decreased mechanical properties.
Taixing - a global professional manufacturer and supplier of dehydrated zinc borate. It is not only a flame retardant additive, but also a systematic solution for high temperature challenges, helping your products break through performance bottlenecks and achieve a perfect balance between safety, reliability, and processability.
The Thermal Stable Flame Retardant and Smoke Suppressant is a high-performance, revolutionary flame retardant and smoke suppressant based on zinc borate, which not only delivers exceptional flame retardancy and smoke suppression but also ensures the durability and reliability of materials during high-temperature processing and long-term use due to its unique thermal stability.
Choose Taixing as your supplier of high heat resistant zinc borate; through patented crystal phase reconstruction technology, stabilizes the initial dehydration temperature to above 350 ℃. It is a delayed synergistic flame retardant designed specifically for the long-term thermal reliability (RTI improvement) and rigorous flame retardant testing (such as GWIT 875 ℃) of engineering plastics.
A specialized flame retardant with a thermal stability of over 380 ℃ - zinc borate anhydrous grade, designed to solve the problems of foaming and electrical performance degradation in high-temperature engineering plastics such as PEEK and PPS processing. Taixing specializes in producing zinc borate anhydrous grade.
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