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Die Cast Structural Brackets

High-strength die cast structural brackets featuring reinforcement ribs, mounting holes, connection arms and integrated bosses. Manufactured for automotive systems, industrial equipment, automation and mechanical assemblies requiring lightweight and repeatable load-supporting components.

Quick Info:

  • Wall Thickness: 2.0–5.0 mm
  • Dimensional Tolerance: ±0.10–0.30 mm
  • Material: ADC12, A380, AlSi9Cu3, Zinc Alloy
  • Lead Time: 15–30 working days
  • Surface Finish: Shot Blasting, Powder Coating, Painting, Chromate Conversion
  • Structural Features: Ribs, Mounting Arms, Bosses, Through Holes, Pockets
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Detailed Description

Our die cast structural brackets are manufactured for mechanical systems requiring rigid connection points, controlled mounting geometry and reduced component weight.

Die casting enables reinforcement ribs, mounting ears, bosses and lightweight cavities to be integrated into a single part. Material can therefore be concentrated around load-bearing areas while unnecessary mass is removed from lower-stress regions.

Critical holes, threads and mating surfaces can be CNC machined after casting to meet assembly requirements.

Available Surface Finishes

  • Shot Blasting: Produces a uniform industrial surface.
  • Powder Coating: Adds corrosion resistance and customized appearance.
  • Painting: Suitable for automotive and equipment brackets.
  • Chromate Conversion: Provides protective treatment for aluminum surfaces.

Structural & Functional Breakdown

  • Reinforcement Rib Structure: Increases stiffness across loaded regions.
  • Integrated Mounting Arm Structure: Connects components positioned on different planes.
  • Boss & Hole Structure: Provides localized mounting and fastening points.
  • Lightweight Pocket Structure: Reduces material use while maintaining required strength.

Key Features

  • Complex Structural Geometry: Ribs, arms and bosses can be formed simultaneously.
  • Reduced Multi-part Assembly: One casting can replace several fabricated components.
  • Secondary Hole Machining: Precision holes and threads can be finished after casting.
  • Repeatable Structural Production: Suitable for consistent medium- and high-volume output.

Applications

  • Automotive Assemblies
  • Industrial Equipment
  • Automation Systems
  • Mechanical Supports
  • Electrical Equipment Mounting

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