Abrasion-Resistant Agent For Polyurethane

Our abrasion-resistant agent for polyurethane series delivers optimized wear protection for global manufacturers producing PU coatings, hoses, and molded parts. It increases the material’s ability to withstand friction and deformation under load, supporting extended use in demanding industrial environments. The agent ensures balanced flexibility, toughness, and surface gloss retention. As a long-term OEM partner, we provide consistent batch quality, application guidance, and compliance with environmental standards. Widely used across automotive, mining, and sports equipment industries.

CUCAT-HC

Non-foaming PU Catalyst for Polyurethane Elastomers

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Bismuth and Zinc Composite Catalyst BX-EM23A

organic bismuth and zinc composite catalyst

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Polyurethane Catalyst CUCAT-HAB

Bubble-free Catalyst for Polyurethane Elastomer and Adhesive & Sealant

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WCAT-W30B

Eco-friendly Polyurethane catalyst for micro foaming material of silicon PU stadium

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WCAT-WS8

Eco-friendly Catalyst for Silicon PU Stadium Pavement

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ZCAT-T50

Post Curing Orgainc Zinc Catalyst for polyurethane elastomers

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BCAT-20BP

Eco-friendly PU Organic Bismuth Catalyst for Polyurethane Sport Track Resin and silicon PU

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Tin catalyst TCAT-S029

high efficiency organo tin catalyst

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AUCAT Series of PU Catalysts

Eco-friendly Anti-hydrolysis Polyurethane Catalyst

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CUCAT-SW02D

Polyurethane Catalyst for Elastomers of polyester system

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FOCAT-8004M

Tin Free Anti-hydrolysis PU Foaming Catalyst

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AUCAT-1301

Tin Free Anti-hydrolysis PU Catalyst for shoes adhesive

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Abrasion-Resistant Agent For Polyurethane

The abrasion-resistant agent for polyurethane strengthens the polymer surface structure by reinforcing molecular alignment during curing. It enhances micro-hardness and reduces frictional wear. Formulated to integrate into both solvent-based and reactive PU systems, it resists mechanical fatigue, improves cut resistance, and prevents gloss fading. This additive ensures uniform dispersion and stable mechanical performance even under continuous stress.