Mold steel forgings typically serve as raw material blanks for high-precision molds, with their primary components directly related to the mold's structure and functionality.
Mold Body Components
Mold steel forgings are commonly machined into core components such as mold cavities, inserts, and mold bases. These parts directly withstand the high pressures and impact loads encountered during stamping, injection molding, or die-casting processes, thereby determining the mold's service life and molding precision.
Guiding and Support Components
To ensure precise mold closure and component positioning, machined forgings are used to create parts such as guide pillars, guide bushings, ejector pins, and support plates. Fabricated from high-strength materials and precision-machined, these components maintain parallelism and coaxial alignment during repeated opening and closing cycles, preventing uneven wear or impact damage.
Mounting and Fastening Components
Mold steel forgings also serve as foundational parts-such as bolting plates, clamping plates, or fastening blocks-that support the fixation, assembly, and load distribution of various mold sections. High-strength forgings withstand bolt preload forces and operational impacts, ensuring the structural stability of the mold.
Hot Runner and Cooling System Components
In injection molding or die-casting molds, forgings can be machined into parts such as hot runner supports, cooling sleeves, and thermal conduction blocks. These components facilitate effective temperature control and ensure the uniform flow of molten plastic or metal, thereby enhancing molding quality and efficiency.