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Recently, an interactive safety consultation and Q&A session at the Taixing Shares plant sparked great enthusiasm among the workforce. Following a presentation by safety management personnel, employees actively raised various safety-related questions based on their specific job roles; staff members provided detailed, on-the-spot answers, fostering a vibrant and engaging atmosphere of learning and exchange.

The root cause often directly points to the core component of the system—ammonium polyphosphate (APP). Due to its inherent hydrophilicity and hydrolysis tendency, traditional APP has become the "weak link" in the water resistance of coatings.

Against the backdrop of rapidly increasing demand for engineering construction in humid regions around the world, water resistance is no longer a bonus, but a necessary threshold for fire-resistant coatings and flame retardants to enter the high-end market.

For material companies and terminal product manufacturers, choosing a professional customized water-resistant expansion flame retardant system can significantly improve the long-term reliability and safety level of products in high growth global markets such as new energy, outdoor infrastructure, automobiles, and communication electronics, reduce failure risks, and strengthen brand international competitiveness.

The flame retardant effect of nano magnesium hydroxide in PEEK/PPS is far from simple "endothermic dehydration", but rather constructs a multi-level "four phase synergistic barrier" system:

Polyphthalamide (PPA, high-temperature nylon) is a semi aromatic high-performance engineering plastic that has become a core material in the fields of new energy vehicles, 5G communications, industrial electronics, aerospace, etc.