Hydrolysis Stabilizers for TPU

The Hydrolysis Stabilizers for TPU are designed for thermoplastic polyurethane manufacturers seeking long-term protection against humidity, temperature fluctuations, and microbial attack. Widely used in cable sheathing, films, hoses, and footwear applications, these stabilizers help maintain transparency, flexibility, and mechanical strength. They offer a competitive edge for B2B clients focused on producing durable and high-performance TPU products for global markets. Our advanced stabilizer technology ensures consistent processing behavior and sustainable material performance.

Tin catalyst TCAT-S029

high efficiency organo tin catalyst

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CUCAT-GF02

Eco-friendly Polyurethane Catalyst substitute for DBTDL T-12

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AUCAT-101W/201W

Anti-hydrolysis Catalyst for water-based polyurethane coating

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AUCAT Series of PU Catalysts

Eco-friendly Anti-hydrolysis Polyurethane Catalyst

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CUCAT-HST

Polyurethane Catalyst for two-component polyurethane system

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CUCAT-HAA

Bubble-free Catalyst for Polyurethane Elastomers

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WCAT-W30B

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

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BCAT Series of PU Catalyst

Organic Bismuth Polyurethane Metal Catalyst

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WCAT-WQ01

Catalyst for latent curing PU system

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CUCAT-V17/V18

Non-foaming Catalyst for low TVOC PU plastic runway resin

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WCAT-WP01A

Moisture-cured PU Catalyst for Aliphatic Isocynate System

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Tin Catalyst TCAT-NS01

high efficiency chelated tin catalyst

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Hydrolysis Stabilizers for TPU

This Hydrolysis Stabilizer for TPU inhibits hydrolytic degradation by protecting ester bonds within the TPU matrix. It ensures excellent heat and moisture resistance while maintaining the material’s clarity and mechanical properties. The additive blends well during extrusion or injection molding and is compatible with different TPU formulations. It provides long-term protection against softening, loss of gloss, and mechanical fatigue, making it suitable for technical TPU components used in outdoor, automotive, and industrial applications.