Wholesale Magnesium Hydroxide Supplier and Factory

Flame Retardant Upgrade, Halogen-Free High-Efficiency Benchmark – Flame Retardant MDH-III-10, Designed for the High-End Manufacturing Sector to Provide a Comprehensive Flame Retardant Solution with Safety Compliance, Superior Performance, Cost Control, and High Filling Capacity.

The pioneer of halogen-free and low smoke - environmentally friendly flame retardant MDH (magnesium hydroxide), it is not only halogen-free and low smoke, but also committed to reducing carbon footprint and compatible with circular economy, becoming the core product of halogen-free flame retardant market.

Flame retardant grade magnesium hydroxide - known as a halogen-free high-efficiency synergistic flame retardant, specially produced to improve mechanical degradation and poor dispersibility, halogen-free, low toxicity, and biodegradable. Achieved an excellent balance between flame retardant efficiency, processing performance, and physical properties of the final product.

Environmental Upgrade · Precise Particle Size · High-Efficiency Adaptation - 2 Micron Magnesium Hydroxide, featuring superior dispersibility, flame retardancy efficiency, and mechanical properties, makes it an ideal multifunctional flame retardant and reinforcing material for applications ranging from general-purpose engineering plastics to high-end composites.

Ultra pure functional material - high purity MDH, is produced by Taixing specifically for high-end manufacturing fields that require purity and stability. It is widely suitable for special polymer composite materials, electronics and electrical, electronic semiconductors, building materials, new energy and other fields.

China's halogen-free high-efficiency smoke-suppressing MDH flame retardant (magnesium hydroxide), produced by Taisun, is designed to address industry pain points such as poor environmental compliance, limited processing temperatures, and mechanical performance degradation of traditional flame retardants. It represents a high-performance halogen-free flame retardant core material for future-oriented applications.