High-Performance Flame Retardant PSPPP (CAS 35398-70-0) | Your Trusted China Manufacturer

Discover the advanced properties of Poly[oxy(phenylphosphinylidene)oxy-1,4-phenylenesulfonyl-1,4-phenylene] (PSPPP), a leading halogen-free flame retardant designed to enhance the safety and performance of your polymer materials. We are a premier supplier in China, committed to providing high-quality chemical solutions.

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Key Advantages of Our PSPPP Flame Retardant

Halogen-Free Safety

PSPPP provides robust flame retardancy without the use of halogens, contributing to environmentally friendlier products and compliance with evolving regulations. This is a significant benefit for manufacturers seeking safer material solutions.

Textile Wire Drawing Application

Specifically noted for its high quality in textile wire drawing applications, PSPPP offers enhanced safety and durability. As a specialized supplier, we understand the critical requirements for these high-performance uses.

Reliable Supply Chain

Benefit from our stable supply chain as a leading manufacturer in China. We ensure timely delivery and consistent availability of PSPPP, supporting your production schedules and inventory management needs.

Versatile Applications of PSPPP

Textile Wire Drawing

PSPPP is an excellent choice for imparting flame retardancy to synthetic fibers and wires used in textiles, enhancing product safety and performance in demanding environments.

PET & Engineering Plastics

As a primary flame retardant for PET, PSPPP is ideal for spinning grade applications. It also performs exceptionally well in other engineering plastics like PBT, PA, and PC, ensuring high levels of fire resistance.

Electronics & Automotive

For applications in electronics and automotive sectors requiring stringent fire safety standards, PSPPP offers a reliable halogen-free solution, improving the overall safety profile of components.

General Polymer Modification

Leverage PSPPP as an auxiliary flame retardant in a broad spectrum of polymers including ABS, PP, and PE to achieve targeted fire safety properties without compromising other material characteristics.