Product Name:Automotive Bracket Structural Die Casting Mold

Automotive Bracket Structural Die Casting Mold

  • Suitable for automotive brackets, connecting arms, mounting bases, and reinforced structural parts.
  • The product includes complex ribs, mounting holes, bosses, and irregular connection structures.
  • Ideal for die castings requiring high strength, dimensional stability, and assembly accuracy.
  • Used in automotive chassis, body structures, new energy vehicles, and mechanical components.

Product Description:

Specification Item Details
Product Name Automotive Bracket Structural Die Casting Mold
Product Type Die Casting Mold / Automotive Bracket Mold / Aluminum Structural Part Mold
Mold Category Aluminum Die Casting Mold / Precision Die Casting Mold
Applicable Process High Pressure Die Casting, Core Pulling, Cooling, Trimming, Machining
Applicable Material ADC12, A380, A360, AlSi10Mg, Al-Si Alloy
Mold Structure Cavity, Core, Sliders, Core-pulling Mechanism, Gating System, Venting System, Cooling System
Features Rich Reinforcing Ribs, High Structural Strength, Accurate Hole Position, Suitable for Mass Production
Application Automotive Brackets, Connecting Arms, Mounting Bases, Body Structural Parts, Mechanical Components
Customization Based on Product Drawings, 3D Models, Samples, and Assembly Requirements
Production Mold Design, Machining, Trial Optimization, and Die Casting Production Available

This product is an automotive bracket structural die casting mold, mainly used to produce aluminum alloy automotive connecting brackets, mounting bases, reinforced structural parts, and complex irregular die castings. The product usually includes multi-directional connection surfaces, reinforcing ribs, mounting holes, positioning bosses, and local cavity structures. The mold requires balanced gating, effective venting, efficient cooling, and stable core-pulling demolding structures. With proper die casting mold design, product integrity, structural strength, and mass production stability can be improved while reducing defects such as porosity, cold shuts, shrinkage, and deformation. It is suitable for automotive parts, new energy vehicles, industrial equipment, and mechanical structural components.