Hydrolysis Stabilizers for PU Adhesive

The Hydrolysis Stabilizers for PU Adhesive are engineered for adhesive manufacturers who require consistent bonding performance in demanding environmental conditions. These stabilizers enhance durability and prevent loss of adhesion caused by humidity or temperature variations. They are ideal for applications in footwear, automotive interiors, furniture laminates, and construction materials. Targeting B2B buyers and OEM factories, our product line ensures greater material stability, lower product failure rates, and improved end-user satisfaction. Through advanced polyurethane additive technology, we help manufacturers create stronger, longer-lasting adhesives for global markets.

CUCAT-U2

PU Catalyst for synthesis of waterborne isocyanate curing agent

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AUCAT-1001E

Tin Free Anti-hydrolysis Polyurethane Catalyst

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WCAT-WS2

Moisture-cured Polyurethane Catalyst substitute for DBTDL T12

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WCAT-WP01

Moisture-cured PU Catalyst for Aliphatic Isocynate System

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WCAT Series of PU Catalysts

Eco-friendly Moisture-cured Polyurethane Catalyst

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WCAT-WS12A

Eco-friendly Catalyst for Silicon PU Stadium Pavement

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BCAT-E16

Eco-friendly Organic Bismuth PU Catalyst

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CUCAT-K6

Eco-friendly Non-foaming Polyurethane Catalyst for PU Elastomers

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AUCAT-101W/201W

Anti-hydrolysis Catalyst for water-based polyurethane coating

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CUCAT-V19

Non-foaming Catalyst for low TVOC PU plastic runway resin

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CUCAT-E02

Polyurethane Catalyst substitute for Mercury Catalyst

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CUCAT-HA02

Eco-friendly Catalyst for Polyurethane polyurea

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Hydrolysis Stabilizers for PU Adhesive

This Hydrolysis Stabilizer for PU Adhesive works by inhibiting the hydrolytic cleavage of polyester segments, preventing weakening of adhesive bonds. It maintains cohesive and adhesive strength under high humidity or heat conditions. Compatible with both one- and two-component polyurethane adhesives, it integrates easily into production without affecting viscosity or curing time. The stabilizer ensures excellent flexibility, resistance to delamination, and retention of mechanical strength in long-term use, making it suitable for demanding bonding applications.