Polyurethane Additives

Our Polyurethane Additives are engineered to improve processing, stability, and final performance of PU systems. We supply surfactants, catalysts, stabilizers, and chain extenders designed to optimize foam structure, surface smoothness, and adhesion properties. For OEM customers, we offer formulation design and technical consultancy to integrate additives effectively into existing PU processes. Our additives are compatible with flexible and rigid systems, supporting manufacturers in automotive, furniture, and insulation industries. With global logistics and quality tracking, we ensure steady supply and consistency across all markets.

ZCAT-EZ19

Eco-friendly PU Organic Zinc Catalyst for Polyurethane Sport Track and PU running track

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ZCAT-EX16

Polyurethane Organic Zinc Metal Catalyst for PU Resin

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FOCAT-8003M

Tin Free Anti-hydrolysis Polyurethane Foaming Catalyst

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WCAT-WS13A

Moisture-cured Polyurethane Catalyst substitute for DBTDL T12

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AUCAT-101

Tin Free Anti-hydrolysis PU Catalyst for Polyurethane Paint

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WCAT-WS11-WS11A

Eco-friendly Catalyst for low TVOC sport track resin and silicon PU stadium pavement

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CUCAT-HAA

Bubble-free Catalyst for Polyurethane Elastomers

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AUCAT-101W/201W

Anti-hydrolysis Catalyst for water-based polyurethane coating

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CUCAT-HS

Non-foaming PU Catalyst for Polyurethane Elastomers

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CUCAT-U2

PU Catalyst for synthesis of waterborne isocyanate curing agent

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BCAT-20BP

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

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BCAT-20AP

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

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Polyurethane Additives

Technically, our Polyurethane Additives portfolio includes silicone surfactants for cell control, reactive stabilizers for heat resistance, and moisture scavengers for improved curing. These additives enhance foam density control, flow, and mechanical uniformity. Each product undergoes lab evaluation for compatibility, dispersion stability, and impact on reactivity profile. Additives are available in liquid or powder form, suitable for batch or continuous mixing systems. Custom additive blends can be developed to meet specific production goals such as faster demolding, improved bonding, or flame retardancy.