Tackifier, resorcinol formaldehydc resin.
Properties: Products of the reaction between resorcinol, resorcinol polymers, styrene and formaldehyde.
Performance: Reduce irritating smoke and dust during mixing, improving the adhesive strength between rubber and cord before and after aging, as well as the rubber attachment rate of cord.
Application: Be used for bonding rubber to fiber fabrics or brass-plated and galvanized steel wires, and for manufacturing rubber products such as tires, conveyor belts, and rubber dams.
Use Scenarios
Increasing rubber-to-fabric adhesion in tire and belt manufacturing
In the production of tires, conveyor belts, and rubber dams, achieving strong bonding between rubber compounds and fiber fabrics is essential. Rubber Tackifier AH‑100, a resorcinol-formaldehyde resin and resin of resorcinol polymers with styrene, improves adhesion to fiber fabrics during mixing. It enhances the adhesive strength between rubber and reinforcement before and after aging, boosting the rubber attachment rate. This functionality is vital for a rubber adhesive supplier aiming to deliver consistent bonding results in fabric-reinforced rubber goods.
Enhancing rubber-to-steel cord bonding in reinforced rubber products
Products that include brass-plated or galvanized steel wires—such as reinforced conveyor belts and tires—depend on strong cord adhesion. Rubber Tackifier AH‑100 improves bonding to these steel wires, contributing to better rubber attachment rates. Its formulation reduces irritating smoke and dust during mixing, facilitating safer processing while enhancing adhesion in rubber adhesive applications involving steel reinforcement.
Improving mixing environment while maintaining adhesive performance
During compound mixing, dust and smoke can hinder worksite conditions and worker comfort. Rubber Tackifier AH‑100 reduces irritating smoke and dust, streamlining production environment quality. Simultaneously, it boosts adhesive strength between rubber and cords, supporting consistent performance of rubber adhesives in manufacturing rubber products. This dual benefit ensures both process efficiency and product reliability.
