Synergistic Bromine-Nitrogen Flame Retardant for High-Temperature Plastics

Discover XF-245, a cutting-edge synergistic flame retardant from a leading manufacturer in China. Enhance the fire safety of your engineering plastics with superior thermal stability and weather resistance.

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Key Advantages of Our Synergistic Flame Retardant

Enhanced Fire Safety Performance

Our XF-245 provides exceptional flame retardancy, meeting stringent industry standards and ensuring product safety. Partner with a reliable supplier of flame retardant solutions in China to secure your supply chain.

Processability in High-Temperature Polymers

The high thermal stability of XF-245 allows for seamless integration into plastics processed at elevated temperatures, such as PC and PBT. We offer cost-effective solutions when you purchase flame retardant for engineering plastics.

Synergistic Efficacy

Optimized for use with synergists like antimony trioxide, XF-245 delivers superior flame retardant effects. Discover the benefits of our synergistic systems for your next product development.

Versatile Applications in Plastic Modification

ABS and HIPS Applications

Improve the fire resistance of Acrylonitrile Butadiene Styrene (ABS) and High Impact Polystyrene (HIPS) for electronic casings and appliances. As a leading ABS flame retardant manufacturer, we ensure quality and consistency.

Polycarbonate (PC) and PC/ABS

XF-245 is ideal for demanding polycarbonate and PC/ABS alloy applications, including automotive and electrical components requiring high performance. We are a key supplier of PC/ABS flame retardants.

Polybutylene Terephthalate (PBT)

Enhance the flame retardancy of PBT for electrical connectors, automotive parts, and other applications subject to high heat and strict safety regulations. Explore our PBT flame retardant options with competitive flame retardant price.

Synergistic Formulations

Effectively used with synergists like antimony trioxide, XF-245 creates robust flame retardant systems. Consult with us for custom synergistic formulations to meet specific application needs.