This article describes four core mold materials that are suitable for molding, cold working and other working conditions, helping companies reduce costs and improve quality, develop towards high performance, and support high-end manufacturing needs.
Mold materials are at the core of industrial manufacturing and are categorized into plastics, cold-work mold steel, and hot-work mold steel. Each is tailored to specific applications, requiring a balance between performance and cost. New materials are being developed to expand their applications.
The injection mold base is the basic support structure of the entire set of injection molds. Its main feature is to provide an installation reference for the core components of the mold, withstand the strong clamping force during the injection molding process, and ensure that the mold remains stable under high pressure and high temperature working environment.
The tribological performance of ball bushing brass guide bushing comes from the synergy of its composite structure.
The guided pin controls the motion trajectory of the mechanical device through geometric constraints and mechanical guidance. Its structural design includes a precision cylinder and a positioning cone.
S50C is a high-quality medium-carbon steel manufactured to strict standards such as Japan's JIS G4051, ensuring its consistency and reliability. Its carbon content ranges from 0.47% to 0.55%, contributing to its solid strength base. The addition of silicon, manganese and other alloying elements further enhances its hardness, machinability and overall mechanical properties.
