Tris(4-isocyanatophenyl) thiophosphate: A Versatile Crosslinking Agent for Adhesives and Rubber Applications

Enhance your adhesive and rubber formulations with this high-performance polyisocyanate crosslinking agent.

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Key Advantages Offered

Enhanced Durability

Significantly boosts the heat and solvent resistance of adhesives, providing long-lasting performance in challenging environments. This contributes to the overall robustness of the final product, a key aspect when considering solvent resistant rubber bonding.

Superior Bonding Strength

Acts as an excellent adhesion promoter for rubber-based materials, ensuring a strong and reliable bond between substrates. This is particularly vital for achieving the desired results in polyurethane adhesive crosslinker applications.

Versatile Application

Highly effective in the shoe material industry, especially for light-colored and white shoes, due to its ability to produce esterification cross-linking reactions that harden bonding materials. It is ideal for various special shoe materials like oily leather, nylon, TPR, and PU, addressing challenges in bonding difficult-to-bond materials.

Key Applications

Shoe Material Industry

A critical curing agent for shoes, it enhances the hardening and durability of shoe glues, making it a key chemical auxiliary for shoe materials, especially for light-colored footwear.

Adhesive Industry

Widely employed in adhesives made from natural rubber, synthetic rubber, and polyurethane (PU). It is vital for improving initial adhesion, offering good sunlight stability without discoloration, and imparting excellent heat and solvent resistance.

Rubber Bonding

Improves the adhesion of rubber-based materials, contributing to the overall performance and longevity of products in applications requiring robust solvent resistant rubber bonding.

Polyurethane Formulations

Functions as a polyurethane adhesive crosslinker, it is used in natural and synthetic rubber adhesives to enhance initial adhesion, heat resistance, and other critical indicators for optimal performance.