Solving the Challenges of Rubber Dynamic Heat Generation and Reversion: Mechanism, Data, and Application Solutions of Natural Rubber Anti-fatigue Agents

Diagram illustrating the coupling mechanism between rubber and carbon black using a multifunctional coupling agent (X-R-Y) to enhance dispersion and reduce heat generation.

Introduction: The Dual Challenges of Rubber Performance Decay In rubber products, especially in the fields of tires and Vibration Damping Rubber Compounds, “dynamic heat generation” and “sulfur reversion” are two core technical bottlenecks leading to product performance decay and shortened service…

 Reconstruction of Filler Network: Synergistic Optimization of Tire Compound Performance by Regulating Payne Effect through Bio based tire filler

Bio based Filler enhancer -COA and products’ Photos

In high-silica-filled tire compound systems, the dispersion state of fillers and interfacial interactions are key to determining dynamic mechanical properties. Through systematic rheological and dynamic mechanical analysis, this paper elucidates how SaneZen Group’s EG22 Filler Enhancer (as an efficient Silica Reinforcement Enhancer and Tire Filler…

The Application Value of Internal Release Agentsin Rubber Manufacturing: Focusing on Demolding Efficiency, Mold Protection, and Product Quality

Internal rubber release agent sample for tire tread compounds D986S

The demolding process is a critical procedure in rubber product manufacturing, whose smooth execution directly impacts production efficiency, mold lifespan, and product yield. As a type of highly efficient Rubber Processing Aid, Internal Rubber Release Agents systematically address common challenges in production. This…