Amylphenol Disulfide Polymer (CAS 68555-98-6): Advanced Vulcanizing Agent for Superior Rubber Performance

Discover the benefits of our Amylphenol disulfide polymer, a cutting-edge, nitrosamine-free vulcanizing agent essential for modern rubber compounding. Enhance your products' heat resistance and longevity with this reliable supplier.

Get a Quote & Sample

Key Advantages of Our Amylphenol Disulfide Polymer

Nitrosamine Safety

Our Amylphenol disulfide polymer is a nitrosamine-free sulfur donor, ensuring safer end products and compliance with stringent industry regulations, a crucial consideration for rubber additive buyers.

Enhanced Durability

Achieve superior heat and aging resistance in your rubber formulations by utilizing the monosulfide crosslinks promoted by our polymer, a significant benefit when you purchase for demanding applications.

Processability and Compatibility

Experience improved handling due to lower tack, alongside excellent compatibility with common rubber accelerators and other additives. This makes purchasing and integrating our product straightforward for any manufacturer.

Versatile Applications in Rubber Manufacturing

Natural Rubber and Synthetic Elastomers

Our Amylphenol disulfide polymer is an effective vulcanizing agent for a wide range of polymers, including natural rubber, SBR, and NBR compounds, offering excellent performance across the board.

Chlorine-Containing Rubbers

Particularly effective in curing rubbers containing chlorine, such as chlorobutyl and polychloroprene, our product ensures optimal curing and performance in these specialized materials.

Antioxidant Properties

Benefit from the inherent antioxidant properties of our Amylphenol disulfide polymer, which further contributes to the longevity and stability of your rubber products.

Tack and Dispersion Enhancement

Improve the processing characteristics of your rubber compounds by leveraging the polymer's ability to increase green tack and enhance the dispersion of other compound ingredients, simplifying purchase and use for compounders.