Rubber and tire products go through multiple critical stages before they're ready for the road — from raw compound vulcanization to long-term wear and chemical resistance. This article takes an industry-resource perspective, outlining the key performance dimensions of rubber and tire testing, including curing characteristics, abrasion resistance and oil/chemical resistance, and why they matter for manufacturers and quality control teams.

As a core raw material for footwear, leather goods and apparel, leather's flex resistance, hardness, abrasion-related color fastness and shrinkage temperature directly determine the lifespan and perceived quality of finished products. This article takes an industry-resource perspective, outlining the key testing dimensions and common standards used to evaluate leather quality — a useful reference for raw material control and quality management.

In recent years, the international footwear testing standard system — built around ISO 20344 and its related EN ISO 20345/20346/20347 series — has undergone continuous revisions. Slip resistance, waterproofing, anti-static (ESD) performance, abrasion resistance and thermal performance have become key focus areas for footwear manufacturers seeking to meet evolving safety and quality requirements.

It details its wide application scope, international compliance standards, industry-leading drive hardware configurations, independently-developed intelligent software, and multi-layered safety mechanisms. Designed specifically for corporate news and external marketing distribution with a balance of technical depth and promotional appeal.

This machine is widely used in various materials such as rubber, plastic, shoes, leather, clothing, textiles, insulators, terminals, etc. to test their tensile, tearing, peeling, bending and other material research and development, inspection and testing. It has comprehensive functions and a wide range of uses.

Tensile testing machine is a kind of testing equipment widely used in material mechanics, mechanics, chemistry, construction, textile, hardware, electronics and other industries. It can test the strength and toughness indexes of materials such as tension, compression, bending, shear, etc. It is of great significance to the quality control of materials and the improvement of production process. Let's learn about the relevant knowledge of tensile testing machine.