Die Designing & Casting Solutions

Advanced Die Design & Casting Capabilities

"Precision tooling solutions for superior aluminium extrusion quality"

GAL Aluminium's design department is fully equipped with the latest version of AutoCAD and advanced simulation software, enabling virtual visualization of dies with fatigue analysis, flow pattern simulation, and support zone optimization. This technological advantage allows for corrections at the initial design stage, resulting in higher first-time success rates during trials and guaranteed on-time delivery.

Die Design Fundamentals

A die is the precision tool that shapes aluminium as it's pushed through to create profiles. Our dies are crafted from high-grade tool steel (typically SIS 2242), with the profile aperture precisely formed through spark erosion technology for optimal performance and longevity.

Profile Classification & Die Types

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Solid Profiles

Produced using flat, disc-shaped dies for simple cross-sections without internal cavities.

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Hollow Profiles

Manufactured with two-part dies featuring mandrels supported on bridges to create internal cavities.

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Multi-Aperture Dies

Specialized dies with up to 16 apertures for efficient production of smaller profiles.

Precision Die Casting Process

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Metal Preparation

Non-ferrous metals (aluminium, zinc, magnesium) are melted to precise temperatures

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Mold Injection

Liquid metal is injected under high pressure into precision steel molds

Solidification

Metal cools and solidifies in the mold cavity to form the desired shape

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Ejection

Finished casting is ejected from the mold, ready for secondary processing

Technical Specifications

Process Materials Key Features Applications
Die Design SIS 2242 Tool Steel CAD simulation, spark erosion Aluminium profile extrusion
Die Casting Aluminium, Zinc, Magnesium High pressure injection Complex metal components
Solid Profiles Aluminium Alloys Single aperture dies Structural components
Hollow Profiles Aluminium Alloys Bridge-supported mandrels Tubular structures

Casting Material Options

  • Non-Ferrous Metals: Aluminium, zinc, copper, magnesium, lead, and tin-based alloys for various performance requirements
  • Cold-Setting Materials: Epoxy, concrete, plaster, and clay for specialized applications
  • Custom Alloys: Tailored material compositions to meet specific mechanical and aesthetic requirements

Quality & Technical Advantages

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Advanced Simulation

Virtual die testing reduces trial errors and accelerates development cycles.

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Precision Engineering

Spark erosion technology ensures exacting die aperture specifications.

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Process Efficiency

Multi-aperture dies maximize productivity for small profile production.

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Complex Geometries

Die casting enables intricate shapes impossible with other manufacturing methods.

Optimized Die Lifecycle Management

Die longevity at GAL Aluminium is carefully managed through expert design, premium materials, and controlled operating parameters. Our dies are engineered to withstand demanding production conditions while maintaining precise dimensional tolerances. The lifespan of each die depends on multiple factors including profile complexity, alloy composition, and required surface finish quality, with our team continuously monitoring performance to maximize tooling investments.

Partner with Our Die Design Experts

Leverage GAL Aluminium's advanced die design and casting capabilities for your most challenging profile requirements. Our combination of cutting-edge technology and metallurgical expertise delivers superior results.

Contact Our Engineering Team