Application Highlights
Low density
The lightest of the commonly used metals.
High specific strength
Higher than that of aluminum alloy and steel.
Physical performance
Good corrosion resistance, electromagnetic shielding properties, radiation resistance, high-precision mechanical processing, and good thermal conductivity.
Good casting performance
The melting point of magnesium alloy is lower than the specific heat capacity and latent heat of phase change. With lower melting energy consumption, faster curing speed, and lower dynamic viscosity, the magnesium alloy can perform well in die casting and maintains its dimensions.
Strong torsion resistance
Start cracking until 336° twist during the torsion test.
Strong electromagnetic shielding performance
The electromagnetic shielding performance of all electromagnetic frequency bands is better than aluminum alloy.
Good vibration and shock resistance
Superior to cast iron and aluminum alloy in terms of damping coefficient, vibration energy absorption, and vibration dissipation.
Interior Parts Application
Product Video
Service Process
- Raw materials selection
- Product design
- Mold flow analysis
- Mold design suggestion
- Product performance
- Product quality
- Ease of use
- Safety requirements
- Planning of production line
- Arrangements for people, machines, and materials according to process flow
- Peripheral automation
- Smart connection
- Professional installation and debugging
- On-site operation training
- Molding process training
- YFO services
- Preventive maintenance
- Device upgrade
