Anti-Hydrolysis Agent for PU Adhesive

The Anti-Hydrolysis Agent for PU Adhesive provides durable protection for polyurethane adhesives used in high-humidity or temperature-fluctuating environments. Targeted for OEM and industrial bonding applications, it prevents loss of adhesion strength and mechanical failure over time. This additive is ideal for manufacturers of footwear, automotive interiors, furniture, and construction adhesives seeking to improve product longevity. By reinforcing molecular stability, it extends shelf life, enhances bonding reliability, and reduces warranty claims, offering both technical and economic benefits for B2B clients.

Polyurethane Catalyst AUCAT-7015

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BCAT-20BP

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

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Polyaspartic Catalyst CUCAT-TD01

Eco-friendly Catalyst for Polyaspartic Floor Coating

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WCAT-WQ01

Catalyst for latent curing PU system

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ZCAT-EX16

Polyurethane Organic Zinc Metal Catalyst for PU Resin

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CUCAT Series of Bubble Free Catalyst

Eco-friendly Bubble-free Non Foaming Polyurethane Catalyst

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Bismuth and Zinc Composite Catalyst BX-EM14

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CUCAT-E02

Polyurethane Catalyst substitute for Mercury Catalyst

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PU catalyst AUCAT-AS11

Anti-Hydrolysis Polyurethane Catalyst AUCAT-AS11

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CUCAT-HC

Non-foaming PU Catalyst for Polyurethane Elastomers

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CUCAT-GW01

Catalysts for PU castors and rollers

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Tin catalyst TCAT-S029

high efficiency organo tin catalyst

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Anti-Hydrolysis Agent for PU Adhesive

This Anti-Hydrolysis Agent for PU Adhesive stabilizes the adhesive matrix against hydrolytic degradation, preventing chain scission and embrittlement. It maintains cohesive strength and tack over time, even under exposure to water and heat. The additive is compatible with both one- and two-component PU adhesives and can be used with polyester-based formulations. It integrates easily into the mixing process, without affecting viscosity or curing behavior. Its use ensures long-term adhesion performance, reduced delamination risk, and better durability in demanding environmental conditions.