Enhancing Polymer Stability: Antioxidant CA Properties and Applications

Discover the critical role of Antioxidant CA in preventing degradation and extending the life of polymer and rubber products.

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Key Advantages

Superior Oxidative Protection

Antioxidant CA excels at preventing oxidative degradation in polymers by effectively neutralizing free radicals, a core mechanism for chemical stability of antioxidants.

Enhanced Performance

When used in conjunction with other stabilizers, it exhibits a remarkable synergistic effect with DLTP, boosting overall protective capabilities.

Versatile Application Range

Its utility as a stabilizer for polypropylene, polyethylene, PVC, and ABS ensures reliable performance across a broad spectrum of polymer applications.

Key Applications

Polypropylene Stabilization

Antioxidant CA serves as a crucial stabilizer for polypropylene, safeguarding against thermal and oxidative stress during processing and use.

Polyethylene Protection

In polyethylene applications, it acts as a potent antioxidant for light colored rubber, maintaining aesthetic appeal and mechanical properties.

PVC and ABS Enhancement

Its role in preventing oxidative degradation in polymers like PVC and ABS is vital for extending the service life of consumer goods and industrial components.

Light-Colored Rubber

The compound is particularly valuable as an antioxidant for light colored rubber, ensuring color integrity and preventing yellowing.