Application solution of sulfur-containing silane coupling agent

Sulfur containing silane series products include a variety of multifunctional silane coupling agents that have been successfully used in the rubber and plastic industry. Its application can improve the physical and mechanical properties of rubber, significantly improve the tensile strength, tear strength, wear resistance and other properties of rubber, reduce permanent deformation, reduce the viscosity of rubber and improve the processing performance. It is especially suitable for vulcanized rubber systems with silica or silicate as reinforcing agent. Its applicable fillers include silica, talc powder, clay, mica powder, clay, etc., and applicable polymers include NR, IR, SBR, Br, NBR, EPDM, etc.
Application case:
• applied to tires and cots: it can improve wear resistance, reduce hysteresis, enhance modulus, maximize bonding performance, improve processing performance, tread wear resistance, thermal cracking, bonding performance of carcass and filler, and bonding performance of tire buffer layer.
• apply to footwear: improve wear resistance, cutting resistance and pressure resistance, and improve flexibility.
• apply to roller: improve wear resistance, anti-aging performance, bearing capacity, improve processing performance, and reduce water absorption and hysteresis.
• applied to mechanical casting products: enhance modulus and thermal aging performance, improve dynamic performance, and reduce the expansibility to viscous solvents.
• apply to rubber hose: improve the wear resistance of the appearance, enhance the modulus, thermal aging performance and the adhesion between reinforcements.
• application in flat tape: improve wear resistance, improve vulcanization reversion resistance, reduce the cost of replacing carbon black with clay, improve the adhesion of tire cord fabric, and enhance the flexural life and modulus.
• applied to V-belt: enhance modulus, improve wear resistance, increase flex life, and improve the bonding performance of reinforcement materials.