Product Name:Large Frame Structural Die Casting Mold

Large Frame Structural Die Casting Mold

  • Suitable for large frame parts, load-bearing brackets, equipment supports, and automotive structural parts.
  • The product features multi-cavity lattice reinforcement to improve strength and reduce weight.
  • Requires high mold rigidity, proper runner design, core-pulling, and deformation control.
  • Suitable for automotive, engineering machinery, industrial equipment, and large lightweight structures.

Product Description:

Specification Item Details
Product Name Large Frame Structural Die Casting Mold
Product Type Frame Structural Part Mold / Load-bearing Bracket Mold / Large Aluminum Die Casting Mold
Mold Category Large Die Casting Mold / Structural Die Casting Mold
Applicable Process High Pressure Die Casting, Large Structural Part Forming, Core Pulling, Cooling, Secondary Machining
Applicable Material ADC12, A380, A360, AlSi10Mg, Aluminum Alloy
Mold Structure Large Cavity, Lattice Rib Structure, Sliders, Core-pulling Mechanism, Gating System, Venting System, Cooling System
Features Large Size, Strong Load-bearing Capacity, Lightweight Structure, Good Overall Rigidity
Application Automotive Structural Parts, Equipment Brackets, Engineering Machinery, Industrial Frames, Load-bearing Structures
Customization Product Size, Rib Structure, Hole Position, Wall Thickness, and Load-bearing Requirements Customization Available
Production Mold Design, Machining, Trial Optimization, and Mass Die Casting Production Available

This product is a large frame structural die casting mold, mainly used to produce large aluminum frame parts, support bases, automotive structural parts, and industrial equipment structures with high load-bearing requirements. The product uses a multi-cavity lattice rib structure, offering light weight, high strength, and good rigidity, but it requires excellent filling, venting, cooling, and demolding performance. Mold design should properly arrange gating systems, overflow grooves, venting channels, slider core-pulling, and cooling channels to reduce cold shuts, porosity, shrinkage, and warpage. This mold type is suitable for lightweight automotive structures, equipment brackets, engineering machinery, and large aluminum load-bearing parts.