Both natural brucite powder and synthetic precipitated magnesium hydroxide are undergoing comprehensive technical upgrading worldwide. Adopting smart purification systems, ultrafine classification and diversified surface-functional treatment, we expand material application from conventional cable flame retardancy, plastic filler and sewage treatment to emerging segments including new-energy auxiliary materials, special coatings, cosmetic & food-contact raw materials and high-performance composites.

Key indicators like purity, impurity content, crystal morphology and modification status determine end-product quality. Low-end raw brucite powder faces intense price wars; high-purity low-impurity ultrafine and customer-specific modified types remain highly sought-after by high-end manufacturers.

Our advanced production workflow removes silica, iron oxide and soluble-salt residues through gravity separation, magnetic iron removal, closed-loop reaction control and multi-stage water washing. Custom surface treatment improves hydrophobicity and resin compatibility, effectively solving defects like discoloration, blooming and insulation degradation in finished goods.

Our magnesium hydroxide serves multiple key industries: new-energy vehicle wiring, photovoltaic & transit cables, fire-proof plastic components, flame-retardant rubber belts & seals, anti-corrosion coatings, flue-gas desulfurization, wastewater remediation and high-purity pharmaceutical additives.
Custom-spec R&D, raw-material price volatility and strict global compliance (REACH etc.) bring operational pressure. We provide not only goods, but also one-stop technical support: formula reference, processing guidance and quality matching to help you cut validation costs.
Driven by halogen-free safety and eco-friendly manufacturing trends, high-purity ultrafine and customized modified magnesium hydroxide will keep growing. We combine reliable large-volume supply, flexible OEM customization and professional after-sales technical service for global industrial partners.