+91-852-7140-326 info@psaes.com Gurugram, Haryana, India

PRESSURE DIE CASTING

High-quality aluminum die casting with our fleet of 4 pressure die casting machines. We produce precision components for electrical fittings, lighting, and electronics industries with excellent surface finish and dimensional accuracy.

4
PDC Machines
50g-5kg
Part Weight Range
±0.1mm
Tolerance
100%
Quality Checked
Our Core Capability

WHAT IS PRESSURE DIE CASTING?

Pressure die casting is a manufacturing process where molten aluminum is injected into a steel mold (die) under high pressure. This produces components with excellent surface finish, tight tolerances, and complex geometries that would be difficult to achieve with other methods.

At PSA Engineering, we specialize in high-pressure die casting (HPDC) for aluminum alloys, delivering parts that meet demanding specifications for electrical, lighting, and electronics applications.

High Production Speed

Fast cycle times for efficient high-volume manufacturing

Excellent Surface Finish

Smooth surfaces ready for painting or powder coating

Complex Geometries

Thin walls, intricate details, and integrated features

Cost Effective

Lower per-part cost at medium to high volumes

DIE CASTING PROCESS
Our Machines

DIE CASTING EQUIPMENT

Our fleet of 4 pressure die casting machines handles a wide range of part sizes

PDC MACHINE 1

Cold chamber die casting for small to medium components

Clamping Force: 180 Ton Shot Weight: Up to 1.5 kg

PDC MACHINE 2

Versatile machine for a variety of part sizes

Clamping Force: 250 Ton Shot Weight: Up to 2.5 kg

PDC MACHINE 3

Medium capacity for larger components

Clamping Force: 400 Ton Shot Weight: Up to 4 kg

PDC MACHINE 4

High capacity for larger housings and enclosures

Clamping Force: 500 Ton Shot Weight: Up to 5 kg
How It Works

DIE CASTING PROCESS

From raw material to finished component in a controlled, repeatable process

1

MELTING

Aluminum alloy ingots are melted in a furnace at temperatures around 660-700°C. The molten metal is maintained at optimal temperature for casting.

2

INJECTION

Molten aluminum is ladled into the shot chamber and injected into the die cavity at high pressure (typically 700-2000 bar) using a hydraulic plunger.

3

SOLIDIFICATION

The metal rapidly solidifies in the die under pressure. Cooling channels in the die help control solidification for optimal metallurgical properties.

4

EJECTION

The die opens and ejector pins push the casting out. The cycle time is typically 30-90 seconds depending on part size and complexity.

5

TRIMMING

Excess material (flash, runners, overflows) is removed. Parts may go through deburring to remove any sharp edges.

6

FINISHING

Secondary operations like CNC machining, drilling, tapping, and surface finishing (powder coating, painting) are performed as required.

Aluminum Alloys

MATERIALS WE CAST

We work with various aluminum alloys suited for different applications

ADC12

Most common die casting alloy with excellent castability and good mechanical properties. Ideal for general-purpose applications.

Also Known As A383, AlSi11Cu3
Tensile Strength 310 MPa
Best For General Components

LM6

Excellent corrosion resistance and good fluidity. Often used for marine and outdoor applications requiring weatherproofing.

Also Known As A413, AlSi12
Tensile Strength 280 MPa
Best For Outdoor Housings

LM24

Good strength and hardness with excellent machinability. Suitable for components requiring secondary machining operations.

Also Known As A380, AlSi8Cu3
Tensile Strength 320 MPa
Best For Machined Parts
What We Make

APPLICATIONS

Components we produce through pressure die casting

ELECTRICAL FITTINGS

Precision enclosures and housings for electrical applications with excellent dimensional accuracy.

Junction Boxes Cable Glands Terminal Housings Switch Covers

LIGHTING COMPONENTS

Heat sinks and housings with optimized thermal performance for LED and conventional lighting.

LED Heat Sinks Street Light Bodies Decorative Fixtures Reflector Housings

ELECTRONICS HOUSINGS

EMI shielded enclosures and precision housings for electronic equipment.

EMI Enclosures Device Housings Connector Bodies Telecom Equipment
Technical Data

CAPABILITIES & TOLERANCES

Technical specifications for our die casting services

Parameter Specification Notes
Part Weight Range 50 grams to 5 kg Depending on geometry
Dimensional Tolerance ±0.1mm to ±0.3mm ISO 8062 CT6-CT8
Minimum Wall Thickness 1.5mm 2mm recommended for best results
Surface Finish Ra 1.6 - 3.2 μm As-cast finish
Draft Angle 1° - 3° For easy ejection
Materials ADC12, LM6, LM24 Other alloys on request
Production Volume 500 to 100,000+ pieces Economical at higher volumes
Secondary Operations CNC, VMC, Powder Coating All in-house
Quality Assurance

QUALITY CONTROL

Ensuring every casting meets specifications

DIMENSIONAL CHECK

All critical dimensions verified using calibrated measuring instruments

VISUAL INSPECTION

100% visual inspection for surface defects, porosity, and finish quality

WEIGHT MONITORING

Part weight tracking to ensure consistency across production runs

DOCUMENTATION

Complete traceability with inspection reports and material certificates

READY TO DISCUSS YOUR PROJECT?

Share your drawings or samples and get a quote for your die casting requirements. Our team will review your specifications and provide the best solution.