GreenThinking® LC Series Bio Based Tire additive : Sustainable Tire Solution with Nano Lignin Technology for Low Rolling Resistance & High Wet Grip Performance

100% Plant-Derived: The main components are modified nano-lignin and nano-cellulose, entirely sourced from renewable resources, endowing the product with inherent low-carbon attributes and sustainable genes.

Under the dual pressures of the global climate crisis and energy transition, the rubber industry, especially tire manufacturing, is facing unprecedented challenges. Industry pain points are becoming increasingly prominent: How to effectively reduce rolling resistance to save energy and cut…

Your Source for Cost Effective, Reach & RoHS Compliant Flame Retardant Materials for rubber industry

Custom Rubber Compound Development for Automotive Applications - IATF 16949 Certified Manufacturer with Expertise in 20+ Rubber Types including Fluorocarbon and Silicone

With the rapid development of the global new energy vehicle (NEV) industry, the high-voltage platforms and large-capacity battery packs of pure electric vehicles impose unprecedented stringent requirements on overall vehicle safety. Among these, flame retardant materials are crucial components for ensuring electrical safety…

Revolutionizing Heat Dissipation and Enduring Toughness: How RS925 Thermally Conductive Silica Redefines the Performance Boundaries of High-End Rubber

Dynamic Performance Data: RS925's Impact on Heat and Rolling Resistance. This table compares key dynamic properties. The RS925 formula shows a dramatic ~15% reduction in compression heat buildup, critical for tire durability. A lower 60°C tanδ (88.3%) indicates potential for reduced rolling resistance. Abrasion shows a minimal increase, which is offset by the significant thermal benefits.

Introduction: When Rubber Meets Thermal Management – A Long-Overlooked Performance Bottleneck Inside high-speed rotating truck and bus tires, temperatures silently climb above 120°C; on the surface of repeatedly punctured medical stoppers, tiny fragments may enter the patient’s bloodstream with the…

NBRPVC rubber blends Ultra Low Temperature Elastomer: An Engineering Sealing and Insulation Solution That Breaks the Low-Temperature Embrittlement Bottleneck

Новый завод по производству резиновых смесей

In extremely low-temperature environments, traditional rubber materials commonly face technical challenges such as embrittlement, loss of elasticity, and sealing failure. Based on the technical data sheet (TDS) of Lixin Rubber’s NV series NBR/PVC rubber-plastic blends, this article provides an in-depth…

SaneZen Group’s Comprehensive Analysis of Silicone Rubber and RubberMixing Compounds: Material Properties, Applications, and Selection Guide

New rubber compound plant to produce full range of rubber compound

Introduction: Stepping into the World of Rubber and Silicone In modern industrial manufacturing, rubber and silicone materials havebecome indispensable key materials in numerous high-demand applicationscenarios due to their unique physical and chemical properties. As aprofessional rubber mixing compound supplier and solutionprovider, SaneZen Group…

Solving the Trilemma: How AF28 as Filler for Natural rubber to Reduces Heat Generation, Prevents Reversion, and Lowers Rolling Resistance in NR Compounds

Bridging Performance Gaps: AF28's Dual-Action Mechanism for Enhanced Durability and EU Label Grade Improvement in Tires

The global tire and high-performance rubber products industry is rapidly evolving towards electrification, sustainability, and higher performance, placing unprecedented demands on fundamental material science. A key bottleneck in technological advancement is the fundamental, synergistic resolution of three interconnected challenges in…

Solving the “Poor Wear Resistance” and “Heat Fear” Problems for the Rubber Industry: A Systematic High-Performance Silica Micro Powder Solution and Application Guide

The Ultimate Guide to Breaking Through Performance Bottlenecks: Solving the Industrial Challenges of “Poor Wear Resistance” and “Heat Fear” with Systemic Material Thinking In today’s relentless pursuit of ultimate performance in rubber, plastics, adhesives, and composite materials, the challenge for…