Rubber

CHEMORO offers tailored chlorinated paraffin (CPW) formulations that act as secondary plasticizers in rubber compounding. Our CPW solutions contribute to enhanced processing, flame retardancy, and long-term flexibility in both natural and synthetic rubber formulations, making them essential for a broad range of technical and industrial applications.

CHEMOCHLOR in Rubber Industries

Rubber manufacturers benefit from CHEMOCHLOR CPW through better workability, reduced compound cost, and improved end-use properties. CPW helps in reducing the dependency on costly primary plasticizers and processing oils. It is widely used in the production of rubber sheets, conveyor belts, hoses, footwear soles, and molded components.

DEDICATED TO INNOVATION

Our rubber-focused CHEMOCHLOR CPW grades are continuously refined in collaboration with our industrial partners to meet application-specific challenges. Whether optimizing fire resistance in conveyor belts or enhancing flexibility in molded goods, CHEMORO ensures each formulation delivers consistent performance and compatibility across different rubber polymers like NR, SBR, and CR.

CONVEYOR BELTS & INDUSTRIAL SHEETS

CHEMOCHLOR CPW supports the production of heat-resistant, flame-retardant, and abrasion-resistant rubber sheets used in mining, cement, and heavy-duty material handling. It improves flexibility and extends service life in challenging environments.

FOOTWEAR & SOLES

In EVA and rubber footwear manufacturing, CPW acts as a cost-effective plasticizer and flame-retardant additive, ensuring dimensional stability, softness, and durability of soles and midsoles.

AUTOMOTIVE & GENERAL MOULDED PARTS

From seals to grommets, CPW provides improved mold flow and dimensional accuracy while maintaining physical integrity over extended use. Its use is prevalent in SBR and CR-based automotive components.

LEADING THE WAY TO THE FUTURE

Fabrik blends steel technology leadership with outstanding problem-solving capabilities to support customers and suppliers in shaping the future of automotive transportation.