Chlorinated Polyethylene 135A

CPE135A chlorinated polyethylene powder provides superior impact modification for rigid PVC products with excellent low-temperature flexibility and high impact strength. Features 34±1% chlorine content, ≥600% elongation, and excellent chemical resistance. Ideal for PVC profiles, pipes, sheets, and magnetic materials with customizable packaging options.

CPE 135A enhances rigid PVC products with superior elongation at break (≥600%) and improved toughness. This chemical auxiliary agent offers excellent performance-price ratio for profiles, siding, pipes, and fencing applications. Features 35±1% chlorine content, ≤96 Mooney viscosity, and comprehensive technical specifications for industrial use.

CPE 135A is a high-performance impact modifier for PVC pipes and profiles, offering 34±1% chlorine content and ≥600% elongation. This white powder enhances toughness, provides excellent flame retardancy, and improves weather resistance. With over 20 years of manufacturing expertise, we deliver superior compatibility and customizable packaging solutions for industrial applications.

CPE 135A chlorinated polyethylene offers superior impact resistance with 34±1% chlorine content and ≥600% elongation. This versatile synthetic rubber enhances plastic and rubber blends, providing improved flame resistance, cold resistance, and oil resistance for wire cables, profiles, pipes, and magnetic materials. Features competitive pricing and custom packaging options.

Professional PVC impact modifier CPE 135A enhances low-temperature flexibility and tearing strength for sewer pipes and profiles. Features 35±1% chlorine content, ≥600% elongation, and excellent weatherability. Ideal for U-PVC water pipes, extrusion boards, and cold curved pipe applications with custom packaging options available.

CPE 135A is a high-performance impact modifier for rigid PVC products, enhancing toughness, aging resistance, and flame retardancy. With 35% chlorine content and ≥600% elongation, it improves mechanical properties for pipes, profiles, and boards. Features include excellent processing characteristics and compatibility with various PVC applications.

High-performance PVC additive providing excellent low-temperature flexibility and superior tearing strength. Features 6.0MPa tensile strength, 35% chlorine content, and enhanced chemical resistance. Ideal for PVC profiles, pipes, waterproof membranes, and wire cable applications with outstanding weatherability and processability.

CPE 135A PVC additive enhances impact resistance and processing efficiency with 35±1% chlorine content and ≤96 Mooney viscosity. Provides excellent weather resistance, flame retardancy, and improved tearing strength for PVC profiles, pipes, cables, and waterproof membranes. Features good low-temperature flexibility and compatibility with various plastics and rubbers.

CPE 135A plastic additive enhances PVC with superior low-temperature flexibility and tearing strength. Features 35±1% chlorine content, ≥600% elongation, and ≤96 Mooney viscosity. Ideal for PVC profiles, pipes, and extrusion boards with custom formulation options available.

CPE 135A Chlorinated Polyethylene enhances PVC formulations with superior impact resistance, flame resistance, and aging performance. This thermoplastic resin features 35% chlorine content and ≥600% elongation, making it ideal for window profiles, water supply pipes, and magnetic materials. Custom product and packaging options available.

Chlorinated Polyethylene 135A offers 10-15 MPa tensile strength and 35-37% chlorine content for excellent chemical and weather resistance. Ideal for wire insulation, hoses, seals, and gaskets. Features low heat of fusion, high flexibility, and easy processing. Compliant with EINECS 203-052-4.

Chlorinated Polyethylene 135A offers 35-37% chlorine content, tensile strength 10-15 MPa, and low volatile 0.74%. Features excellent weather resistance, thermal stability, and flexibility. Ideal for wire cable insulation, hoses, seals, and gaskets. Suitable for extrusion or injection molding.

Chlorinated Polyethylene Resin 135A offers excellent chemical and weather resistance with 35-37% chlorine content and 60-70 Shore A hardness. Ideal for wire cable insulation, hoses, seals, and gaskets. Processable via extrusion or injection molding. CAS 63231-66-3.

RUNYE 135A Chlorinated Polyethylene Resin offers excellent weather resistance, chemical stability, and low volatile content (0.74%). Ideal for wire insulation, hoses, seals, and gaskets. Features 60-70 Shore A hardness and 500-600% elongation. Customizable for demanding industrial applications.

Chlorinated Polyethylene 135A offers 35-37% chlorine content for excellent chemical resistance and flame retardancy. With tensile strength 10-15 MPa and heat of fusion ≤2.0 J/g, it ensures durability and flexibility. Ideal for wire and cable insulation, hoses, seals, and gaskets. Custom options available.

Chlorinated Polyethylene 135A offers excellent chemical resistance, good thermal stability, and low volatile content (0.74%). With Mooney viscosity ≤96ML(1+4) at 125°C and elongation 500-600%, it is ideal for wire insulation, hoses, seals, and impact modification. Suitable for extrusion or injection molding.

RUNYE 135A CPE resin offers 35-37% chlorine content, 500-600% elongation, and excellent chemical resistance. Ideal for wire insulation, hoses, and seals. Features low volatile content (0.74%) and good thermal stability for demanding industrial applications.

Chlorinated Polyethylene 135A offers 500-600% elongation and 35-37% chlorine content for excellent flexibility and chemical resistance. Ideal for wire insulation, hoses, seals, and gaskets. Features good weatherability and thermal stability. Custom options available.

RUNYE 135A CPE offers excellent chemical and weather resistance with 500-600% elongation. Features 35-37% chlorine content, good thermal stability, and low volatility. Ideal for wire insulation, hoses, seals, and gaskets via extrusion or injection molding.

Chlorinated Polyethylene 135A offers excellent thermal stability, chemical resistance, and high flexibility with 500-600% elongation. Ideal for wire insulation, hoses, seals, and gaskets. Processable via extrusion or injection molding. CAS 63231-66-3.