Why Is Die Casting Ideal for Industrial Machinery Components?
Most industrial machinery components must operate continuously for long periods while facing vibration, thermal changes, loads, and precision assembly conditions. Under high pressure, aluminum die casting can produce parts with dense structure, stable dimensions, and good structural strength, making it suitable for equipment housings, motor mounts, pump housings, control boxes, and mechanical brackets.
The die casting process can integrate reinforcing ribs, mounting surfaces, positioning holes, heat dissipation structures, and mechanical functions into one component, reducing the complexity of welding, machining, and assembly. This not only improves part consistency, but also reduces the risk of loosening, deformation, and assembly variation during long term operation.
High-Performance Casting
For industrial parts requiring air tightness, CNC machining, or high reliability, die casting can be combined with vacuum die casting, low gas content control, and local squeeze casting to reduce porosity and shrinkage risks while improving mechanical properties and machining stability. For products involving fluid, pneumatic, or sealing requirements, leak testing and impregnation can also be applied to improve reliability.
| Specification Item | Description |
| Industry Application | Industrial Machinery, Automation Equipment, Pumps, Motors, Valve Bodies, Precision Machinery |
| Manufacturing Process | High Pressure Aluminum Die Casting |
| Available Technologies | Vacuum Die Casting, Low Gas Content Control, Local Squeeze Casting |
| Recommended Aluminum Alloys | ADC12, ADC10, A380, A360, A413, EN AC-44300, A356.2, or customer specified materials |
| Typical Applications | Equipment housings, motor housings, pump housings, valve bodies, control boxes, mechanical brackets, heat dissipation structures |
| Typical Part Weight Range | Approx. 0.1 kg – 15 kg |
| Maximum Projected Area | Up to approx. 160,000 mm² |
| Structural Design Features | High strength, heat dissipation integration, complex ribs, mounting surface integration, air tightness requirements |
| Dimensional Accuracy | Suitable for precision assembly, sealing surface machining, and CNC machining |
| Recommended Secondary Processes | CNC machining, deburring, vibratory finishing, sand blasting, chemical conversion coating, powder coating, painting, leak testing, impregnation, assembly, CMM inspection |
| Quality and Application Requirements | Suitable for long term operation, stable loading, air tightness, and industrial equipment reliability requirements |
EX Die Casting provides high quality, reliable lead times, and professional process capability for global customers.
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