Additives for PU elastomers

Our additives for PU elastomers are engineered for manufacturers producing durable, high-strength materials. They provide superior resilience, abrasion resistance, and dimensional stability in demanding environments. OEM customers in the footwear, automotive, and mechanical sectors rely on these additives to achieve consistent product quality and durability. They enhance processing efficiency, reduce mold sticking, and maintain elasticity under heat and humidity. Environmentally responsible and cost-effective, these additives help optimize production for both cast and thermoplastic PU elastomers.
Tin catalyst TCAT-S029
Tin catalyst TCAT-S029

high efficiency organo tin catalyst

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Bismuth and Zinc Composite Catalyst BX-EM14
Bismuth and Zinc Composite Catalyst BX-EM14

Bismuth and Zinc Composite Catalyst BX-EM14

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WCAT-WS2
WCAT-WS2

Moisture-cured Polyurethane Catalyst substitute for DBTDL T12

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WCAT-WP01
WCAT-WP01

Moisture-cured PU Catalyst for Aliphatic Isocynate System

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CUCAT-K6
CUCAT-K6

Eco-friendly Non-foaming Polyurethane Catalyst for PU Elastomers

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CUCAT-SW02D
CUCAT-SW02D

Polyurethane Catalyst for Elastomers of polyester system

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Low TVOC catalyst CUCAT-V17A&18
Low TVOC catalyst CUCAT-V17A&18

Bubble-free Catalyst for low TVOC PU plastic runway resin

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CUCAT-HST
CUCAT-HST

Polyurethane Catalyst for two-component polyurethane system

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CUCAT-GF01/GF02
CUCAT-GF01/GF02

Eco-friendly Polyurethane Catalyst substitute for DBTDL T-12

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AUCAT-101
AUCAT-101

Tin Free Anti-hydrolysis PU Catalyst for Polyurethane Paint

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TCAT series of Tin Catalysts
TCAT series of Tin Catalysts

Organotin Catalysts for Polyurethane

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BCAT-E20CX
BCAT-E20CX

Organic Bismuth Metal Polyurethane Catalyst

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Additives for PU elastomers

The additives for PU elastomers include anti-hydrolysis agents, stabilizers, and flow modifiers that enhance curing and processing behavior. They ensure balanced hardness and elasticity, maintaining performance over time. These additives prevent discoloration, cracking, and mechanical fatigue. Chemically stable under heat and shear, they integrate easily into pre-polymer or compounding stages. Suitable for injection molding, casting, and coating applications, they support production of high-quality elastomeric materials with predictable mechanical and aging performance.

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