The three main rubber molded parts manufacturing processes are compression molding, transfer molding, and injection molding Compression molding is the oldest and least expensive method. With compression molding, a rubber compound is formed into a blank. The blank then gets placed into a mold cavity to be shaped. The heating time is slow, which results in a long curing time; the heating can vary fr...
2026 witnesses the global rubber products market stepping into a phase of structural growth under the tight balance of supply and demand, with the market scale expected to hit 580 billion US dollars. Driven by the global recovery of new energy vehicles, high-end manufacturing and infrastructure construction, the automotive, industrial and HVAC sectors have emerged as the core growth poles, bringin...
Custom rubber products demand precision, consistency, and full-process control to meet global industrial standards. At every stage—from design to mass production—we follow strict engineering protocols to ensure performance, durability, and compliance for automotive, industrial, and HVAC applications. The process starts with drawing review and material selection. Our engineering team analyzes ...
Driven by global industrial upgrading and stricter application standards, rubber materials are accelerating the shift from general-purpose to high-performance special varieties. High-temperature resistance, oil resistance, food safety, corrosion resistance and long service life have become core demands in automotive, industrial manufacturing, HVAC, food processing and other fields. This material u...
Core Advantages of EPDM - EPDM features excellent weather resistance, ozone resistance, high and low temperature resistance, water resistance, steam resistance and superior electrical insulation. Its main drawback is poor resistance to oil and fuel. It is the preferred sheath material for outdoor, high-voltage and long-term anti-aging scenarios in new energy and power industries. I. Typical Applic...
Vulcanization is the most critical process in rubber manufacturing, which transforms soft, plastic raw rubber into elastic, durable and stable finished products. Precise temperature control during vulcanization directly determines the physical performance, dimensional stability and service life of rubber hoses, seals and custom rubber parts, becoming the core standard to distinguish high-quality r...
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