APPLICATIONS
Proven in the Fields That Matter
Two-wheelers, computing centers and emerging industries — lightweight structures engineered for mass production.
TWO-WHEELERS
Two-Wheeler Industry
Range, handling and energy efficiency all depend on vehicle weight, while frames must keep high rigidity and fatigue resistance.
- Integrated die-cast frames replacing multi-part welded assemblies
- High-strength Al/Mg alloys for load-bearing structures
- Design for manufacturability from the concept stage
Representative Case
Integrated Two-Wheeler Frame
One-piece semi-solid die-cast frame in ultra-high-strength aluminum alloy.
Tensile strength up to 535 MPa
Alloy 5GA-2 · T6 temper
COMPUTING CENTERS
Computing Centers
Rising chip power density demands cooling structures with higher thermal conductivity and reliable long-term stability.
- Ultra-high-conductivity aluminum composites for cold plates
- Integrated liquid cooling structures with leak-tight integrity
- Thermal-structural co-design and simulation validation
Representative Case
Liquid Cooling Plates for Computing Centers
Ultra-high-conductivity cold plate for high-power-density computing racks.
Thermal conductivity up to 620 W/(m·K)
Alloy 6GA-1 · diamond-reinforced
EMERGING INDUSTRIES
Emerging Industries
From unmanned aerial systems to new mobility platforms, lightweight structures decide endurance and payload.
- Ultra-light magnesium-lithium and composite structures
- Near-net-shape forming for complex housings
- Open co-development for new product platforms
Representative Case
Drone Housings
Lightweight composite housing for industrial unmanned aerial systems.
Density as low as 1.35 g/cm³
Alloy 1GM-1 · Mg–Li system
Your industry, our engineering
Tell us your weight, strength and conductivity targets — we will propose the material, design and process route.
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