Rail Transit (Light Rail / Metro / High-Speed Rail)

Applied in:

• Car body structures
• Doors
• Overhead luggage racks
Magnesium alloy contributes greatly to rail vehicle lightweight engineering.



2.2 E-bikes & Wheelchairs
Magnesium alloy frames, wheels, and structural components enhance: • Strength
• Shock absorption
• Lightweight performance



2.3 Aerospace Applications
Magnesium Metals are used in:
• Rocket engine casings
• Satellite antenna brackets
• Aircraft wing components
These components require both lightweight and high strength, making magnesium alloys highly suitable.



Heat-resistant and high-strength magnesium alloy is adopted for rocket engine casings, satellite antenna brackets, aircraft wings

2.4 Drone (UAV) Manufacturing
Magnesium alloy perfectly matches UAV requirements:
• Lightweight structure
• Structural strength
• Heat dissipation
• Vibration damping
• Electromagnetic shielding
• Complex shape forming

As drone demand continues growing, magnesium alloy will become a core material in UAV manufacturing.

UAV frame constructed from high-performance magnesium alloy

2.5 3C Electronics (Consumer Electronics)
Magnesium alloys are widely used in:
• Laptop housings
• Smartphone frames
• Tablet casings
• Camera bodies
They provide an ideal balance of lightweight performance, structural rigidity, heat dissipation, and EMI protection.



2.6 Home Appliance Industry (White Goods)
Magnesium alloy improves:
• Lightweight and energy efficiency
• Anti-vibration performance
• Structural optimization
• User handling experience
Typical applications:
• Washing machine internal frames
• Air conditioner compressor housings
• Vacuum cleaner bodies



2.7 Sports Equipment
Magnesium alloy is increasingly used in:
• Bicycle frames
• Badminton and tennis rackets
• Outdoor sports tools
• Fitness equipment frames
The “lightweight + shock absorption + environmental friendliness” characteristics are highly valued.



2.8 Medical Industry

Biodegradable magnesium alloys are used for:
• Bone screws
• Bone plates
• Cardiovascular stents
After completing their support function, they gradually degrade and are absorbed by the body—eliminating the need for a second surgery.



2.9 Construction & Industrial Applications
Magnesium alloy formwork offers:
• Lightweight high efficiency
• High reuse cycles
• Cost reduction
• Eco-friendly performance
Widely adopted in major construction projects across China.



2.10 Military & Defense Applications
Magnesium alloy reduces weight and enhances performance of:
• Fighter aircraft
• Missile casings
• Armored vehicle components
Its high shock resistance and mechanical strength are critical advantages.



2.11 Robotics Industry (Including Smart Robots)
Magnesium alloy is ideal for robotics due to:
• Lightweight strength

• High stiffness
• Superior vibration damping
• Effective heat dissipation
• Easy forming of complex structures
Materials such as AZ91D magnesium alloy are increasingly popular in robot components.
Robotic arm structure utilizing AZ91D magnesium alloy
2.12 Flying Cars & Urban Air Mobility (UAM)
Magnesium alloy components are becoming essential in emerging low-altitude economy applications, enabling:
• Better payload
• Higher energy efficiency
• Longer range
• Improved safety