Compression Molding
Molding High-Performance Elastomers
Tried And Tested Rubber Part Formation
The Compression molding process is a well-established and widely employed method for shaping elastomers. Our engineers preheat the mold to facilitate the introduction of the solid rubber, which begins to soften under the influence of heat. Subsequently, the molding machine exerts pressure on the elastomer to conform to the mold’s geometry. The rubber is then stabilized via cooling or vulcanization to attain its final shape and properties.
Tried And Tested Rubber Part Formation
The Compression molding process is a well-established and widely employed method for shaping elastomers. Our engineers preheat the mold to facilitate the introduction of the solid rubber, which begins to soften under the influence of heat. Subsequently, the molding machine exerts pressure on the elastomer to conform to the mold’s geometry. The rubber is then stabilized via cooling or vulcanization to attain its final shape and properties.
Cost-Effective Rubber Parts
Our engineers meticulously modify the geometry and materials before initiating the Compression Molding procedure to ensure optimal results. Our commitment to clients encompasses cost-effectiveness by eliminating wastage of resources without compromising product quality, thereby translating into substantial cost savings for the end-users.
Cost-Effective Rubber Parts
Our engineers meticulously modify the geometry and materials before initiating the Compression Molding procedure to ensure optimal results. Our commitment to clients encompasses cost-effectiveness by eliminating wastage of resources without compromising product quality, thereby translating into substantial cost savings for the end-users.
Standards and Regulation-Compliant
Compression molding demands strict adherence to industry-recognized manufacturing and quality standards. These standards are fundamental in ensuring the consistency and reliability of the molded rubber components in various applications. Our offerings adhere to ISO 3601-3 standards, which outline specifications for Grade N and Grade S tolerances, and the Rubber Manufacturers Association (RMA) specification A2. Additionally, our material scientists comply with the ISO 3601-1 requirements for O-Ring tolerances and the RMA Class A tolerances for O-Rings.
Standards and Regulation-Compliant
Compression molding demands strict adherence to industry-recognized manufacturing and quality standards. These standards are fundamental in ensuring the consistency and reliability of the molded rubber components in various applications. Our offerings adhere to ISO 3601-3 standards, which outline specifications for Grade N and Grade S tolerances, and the Rubber Manufacturers Association (RMA) specification A2. Additionally, our material scientists comply with the ISO 3601-1 requirements for O-Ring tolerances and the RMA Class A tolerances for O-Rings.
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