Category: Rubber Molding
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What is Rubber to Metal Bonding?
Metal bonded rubber, essential for NVH applications, combines elastomers with metals through overmolding or encapsulation processes. Using methods like transfer and injection molding, manufacturers can create durable parts for automotive, agricultural, medical, transit, and construction industries, ensuring optimal performance when proper materials are selected.
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The Companies Making and Investing in Off-Highway Electric Vehicles
Off-highway electric vehicle development is increasing across industrial sectors as companies seek to meet demand and environmental regulations. Major manufacturers like Caterpillar, Volvo, Komatsu, Hyundai, and John Deere are developing electric construction, mining, and agricultural vehicles, offering zero emissions and quieter operations.
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What Role Does the Bond Play in an Industrial Isolator?
Industrial isolators are crucial rubber and metal components that protect machinery and operators by providing vibration isolation. Quality manufacturing, particularly in the metal-rubber bonding process, is essential as cheap, poorly made isolators can lead to catastrophic equipment failures and safety hazards.
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Which is Better? Natural Rubber or Synthetic Rubber?
Categories: Rubber Molding
Natural and synthetic rubber each offer distinct advantages in industrial manufacturing. Natural rubber, sourced from rubber trees, provides high resiliency and tensile strength but has limitations with UV and heat exposure. Synthetic rubber, engineered in chemical plants, offers consistent quality, adaptability, and better resistance to environmental factors like oils and extreme temperatures.
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Injection Rubber Molding
Injection rubber molding is a popular manufacturing method for creating custom and standard rubber parts, particularly for high-volume production and intricate designs. The process involves feeding uncured rubber into a machine, liquidizing it, injecting it into a mold cavity, and curing it under high pressure and temperature.
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Fixed vs. Closed Dimensions for Rubber Molds
When manufacturing rubber parts, understanding fixed dimensions (machined cavity spaces) and closed dimensions (where mold halves meet) is crucial for proper mold design. Engineers must consider various factors including shrinkage, tolerances, and flash formation to create parts that meet functional requirements while following industry standard tolerance classifications.