Product Name:Automotive Lightweight Structural Bracket Die Casting Mold

Automotive Lightweight Structural Bracket Die Casting Mold

  • Suitable for automotive structural brackets, seat brackets, body connectors, and lightweight frame parts.
  • The product uses hollow structures and reinforcing ribs for both strength and weight reduction.
  • The mold must control rib forming, hole accuracy, deformation, and assembly dimensions.
  • Suitable for new energy vehicles, automotive body structures, chassis systems, and high-strength components.

Product Description:

Specification Item Details
Product Name Automotive Lightweight Structural Bracket Die Casting Mold
Product Type Automotive Bracket Mold / Lightweight Structural Part Mold / Aluminum Die Casting Mold
Mold Category Automotive Die Casting Mold / Precision Structural Die Casting Mold
Applicable Process High Pressure Die Casting, Thin-wall Forming, Core Pulling, Cooling, Secondary Machining
Applicable Material ADC12, A380, A360, AlSi10Mg, Al-Si Alloy
Mold Structure Core and Cavity, Long Rib Forming Structure, Sliders, Core-pulling Mechanism, Gating System, Venting System, Cooling System
Features Lightweight Design, Hollow Structure, High Strength, Stable Assembly Dimensions
Application Automotive Brackets, Seat Brackets, Body Connectors, Chassis Structural Parts, New Energy Vehicles
Customization Structural Strength Analysis, 3D Design, Hole Position, Wall Thickness, and Assembly Requirements Customization Available
Production Mold Design, Trial Optimization, Die Casting Production, and Machining Available

This product is an automotive lightweight structural bracket die casting mold, mainly used to produce aluminum automotive brackets, body connectors, seat support parts, chassis brackets, and complex frame structures. The product usually has multiple hollow areas, long reinforcing ribs, mounting holes, connection surfaces, and local support structures, reducing part weight while maintaining strength. Mold design should focus on molten metal flow, local thin-wall filling, venting, balanced cooling, and deformation control to ensure complete forming, stable dimensions, and assembly requirements. It is suitable for new energy vehicles, lightweight automotive parts, engineering machinery, and high-strength industrial structures.