Core Insights - The rubber industry is focusing on lightweight, environmentally friendly, and intelligent adaptation of skeleton materials to enhance performance and meet market demands [1][2][3] Group 1: Skeleton Materials Development - Skeleton materials are essential for optimizing the structural stability, load-bearing capacity, and lifespan of rubber products, with key materials including artificial silk, aramid, steel wire, and fabric [1] - The future direction for skeleton materials includes high efficiency, energy-saving, intelligent connectivity, and recyclability [1][2] - Companies are innovating in the tire sector by utilizing artificial silk and aramid materials to improve performance metrics such as strength, rolling resistance, and durability [2] Group 2: Innovations in Tire Applications - The use of mixed aramid fabric in aviation tires meets high demands for lightweight, high load-bearing, and puncture resistance [2] - In flexible oil pipelines, aramid products offer strong corrosion resistance and low lifecycle costs, suitable for offshore oil extraction [2] - Electric vehicle tires are being enhanced with aramid materials to improve durability and reduce rolling resistance [2] Group 3: Steel Wire Performance Enhancements - New high-strength steel wire developed for electric heavy-duty trucks has improved performance characteristics, including better adhesion and reduced rust risk [3] - Innovations in steel wire structure have led to enhanced load-bearing capacity and durability, suitable for heavy-duty mining vehicles [3] Group 4: Quality Control in Raw Materials - The quality of green wire rods, a core raw material for steel wire products, is critical for the performance of end products [4] - A comprehensive quality control system for green wire rods has been established to address issues related to raw material quality and uniformity [4]