High-precision magnesium prototyping for lightweight automotive parts, delivering weight reduction, strong damping, controlled machining, and accurate structural performance.
Our magnesium prototyping services focus on ultra-lightweight automotive applications where weight reduction is critical. Ideal for transmission housings, steering components, seat frames, and electronic enclosures, we ensure stability, tight tolerances, and safe machining of reactive materials.
Reduces vehicle weight significantly for improved fuel efficiency and range.
Naturally absorbs vibrations for smoother, quieter automotive performance.
Maintains accuracy in complex thin-wall magnesium structures.
Controlled machining prevents ignition risk and ensures safe production.
Explore commonly used magnesium alloys in automotive prototyping, optimized for lightweight performance, vibration control, and structural efficiency in interior and powertrain components.
| Alloy | Main Use | Strength | Machinability | Corrosion Res. | Remarks |
|---|---|---|---|---|---|
| AZ31B | Interior brackets, seat frames, dashboard supports | General-purpose sheet and extrusion alloy | |||
| AZ91D | Transmission housings, engine covers, gearbox casings | Most widely used die-casting alloy | |||
| AM60B | Steering wheels, crash beams, seat structures | High ductility for safety components | |||
| AE44 | Powertrain housings, structural reinforcement brackets | High-temperature, high-performance alloy |
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