High-Performance Chlorinated Polyethylene (CPE 135A) for Industrial Applications

Discover the exceptional properties of Chlorinated Polyethylene (CPE) 135A, a premier polymer modifier designed to elevate the performance of your PVC and rubber products. Source directly from a trusted manufacturer and supplier in China for reliable quality and competitive pricing.

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Key Advantages of Our Chlorinated Polyethylene

Enhanced Durability and Flexibility

Our CPE 135A offers a unique combination of flexibility and durability, significantly improving the low-temperature performance and overall toughness of your end products, making it a prime choice for flexible PVC modifier applications.

Versatile Application Compatibility

Experience seamless integration into your existing formulations. CPE 135A demonstrates excellent compatibility with PVC, PE, ABS, and various synthetic rubbers, enabling its use across a broad spectrum of industrial applications from wire and cable sheathing to automotive parts.

Reliable Supplier and Manufacturer

We are a dedicated supplier and manufacturer committed to delivering high-grade Chlorinated Polyethylene. By choosing us, you secure a stable supply chain for your CPE 135A needs, ensuring production continuity and competitive pricing.

Broad Industrial Applications for CPE 135A

PVC Product Enhancement

Utilize CPE 135A as a crucial impact modifier to significantly boost the mechanical properties and weather resistance of rigid PVC products such as profiles, pipes, and fittings.

Wire and Cable Industry

Improve flame retardancy, oil resistance, and low-temperature flexibility for wire and cable sheathing by incorporating our reliable CPE 135A supplier.

Rubber Compounding

Enhance the toughness and resistance of synthetic rubber applications, including hoses, seals, and conveyor belts, by using CPE 135A as a performance additive.

Automotive and Construction

Leverage CPE 135A for durable automotive components and weather-resistant construction materials, ensuring superior performance and longevity in diverse environments.