PVC Cable Flame Retardant Powder

Advantages of PVC Cable Flame Retardant Powder

• Eco-Friendly Compliance：Halogen-free formula fully complies with EU RoHS Directive (2002/95/EC) and REACH regulations, ensuring environmental safety and regulatory adherence.

• Cost-Effective Substitute：Replaces 100% of antimony trioxide (Sb₂O₃) in PVC flame-retardant polymers, significantly reducing material costs while maintaining performance.

• Superior Synergistic Performance：Enhances flame-retardant efficiency of halogen-based systems and delivers smoke suppression, improving overall fire safety.

• Reduced Dosage, High Efficiency：Achieves UL 94 5VA flame-retardant standards in PVC with only ~6% loading, minimizing additive use without compromising effectiveness.

Applications of PVC Cable Flame Retardant Powder

• PVC-Based Flame-Retardant Materials：Ideal for PVC cables, wires, flooring, and construction materials requiring high fire resistance and low smoke emission.

• Electronics & Electrical Equipment：Suitable for casings, connectors, and components needing RoHS/REACH-compliant flame retardancy.

• Industrial Polymer Systems：Compatible with halogenated flame-retardant resins for automotive, aerospace, and industrial applications.

• Sustainable Manufacturing：Supports eco-conscious production by replacing toxic antimony trioxide with a greener alternative.

Features of PVC Cable Flame Retardant Powder

• Halogen-Free & Low Toxicity：Safe for workers and end-users, aligning with global trends toward non-toxic, sustainable additives.

• Easy Integration：Designed for seamless blending with resins; pre-mix with other additives for uniform dispersion and stable flame-retardancy.

• Long-Term Stability：Stable under standard storage conditions (store in cool, dry areas away from sunlight) with a shelf life suited for industrial use.

• Versatile Packaging：Convenient 25kg bags for easy handling, transportation, and storage.

• Technical Support Ready：Backed by expert guidance for optimal formulation adjustments and performance validation.