Product Name:Automotive Structural Die Casting Mold

Automotive Structural Die Casting Mold

  • Suitable for automotive body structural parts, brackets, cross members, and large aluminum die castings.
  • The product features complex ribs, mounting holes, bosses, and multiple connection structures.
  • The mold requires proper gating, venting, and cooling design to reduce porosity and deformation.
  • Ideal for lightweight automotive components and high-strength aluminum structural parts.

Product Description:

Specification Item Details
Product Name Automotive Structural Die Casting Mold
Product Type Die Casting Mold / Automotive Die Casting Mold / Aluminum Structural Part Mold
Mold Category Aluminum Die Casting Mold
Applicable Process High Pressure Die Casting, Casting Forming, Cooling, Core Pulling, Secondary Machining
Applicable Material Aluminum Alloy, ADC12, A380, AlSi9Cu3, Al-Si Alloy
Mold Structure Cavity, Core, Sliders, Core-pulling Mechanism, Gating System, Venting System, Cooling System
Features Complex Structure, High Strength, Lightweight, Stable Dimensions, Suitable for Mass Production
Application Automotive Body Structural Parts, New Energy Vehicles, Brackets, Cross Members, Engineering Machinery
Customization Based on 2D Drawings, 3D Models, Samples, and Structural Requirements
Production Mold Design, Machining, Trial Optimization, and Mass Die Casting Production Available

This product is an automotive structural die casting mold, mainly used for producing large aluminum alloy automotive structural parts, brackets, body connection parts, and lightweight die-cast components. These products usually have complex structures with multiple reinforcing ribs, mounting holes, positioning bosses, support surfaces, and irregular profiles. The mold requires high strength, optimized gating, venting, cooling, and demolding structures. With proper mold design and die casting process control, the product can achieve stable forming, consistent dimensions, and improved structural strength while reducing defects such as porosity, shrinkage, cold shuts, and deformation. It is suitable for automotive manufacturing, new energy vehicles, engineering machinery, and lightweight structural components.