High-Performance Melamine Hydrobromide Flame Retardant for Polypropylene: Manufacturer & Supplier

Discover the advanced flame retardant properties of Melamine Hydrobromide (MHB), an ideal solution for enhancing the safety and performance of your polypropylene (PP) products. As a leading manufacturer and supplier, we offer high-purity MHB that meets stringent industry standards for critical applications.

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Key Advantages of Our Melamine Hydrobromide

Low Dosage, High Efficiency

Our Melamine Hydrobromide requires very low addition levels, typically 1-2%, to achieve excellent flame retardancy. This efficiency translates to cost savings for formulators seeking high-performance flame retardant PP solutions.

Environmentally Friendly Formulation

Free from heavy metals and organic bromine compounds, our MHB complies with ROHS and REACH standards, ensuring your products meet global environmental and safety requirements. This makes it a preferred choice for eco-conscious manufacturers.

Excellent Material Compatibility

Specifically designed for homopolymer and copolymer PP, this flame retardant integrates seamlessly, offering great stability, light and heat resistance, and a smooth, high-gloss surface finish without precipitation or migration issues.

Versatile Applications for Flame Retardant PP

Electrical Sockets and Components

Enhance the safety of electrical products with our MHB, ensuring compliance with stringent flammability standards required for components like sockets and connectors.

Automotive Parts

Ideal for automotive applications such as bellows and connectors, our flame retardant contributes to the overall safety and durability of vehicle components.

Consumer Electronics Housings

Protect consumers by using our MHB in appliance shells and electronic housings, significantly reducing fire risks associated with everyday devices.

Construction Materials

Applications like hollow plates and mining PP boards benefit from the enhanced fire resistance provided by Melamine Hydrobromide, improving safety in building and industrial environments.