Magnesium alloy laptop housing is a 3C structural component made from high-strength magnesium alloys (such as AZ91D, AZ31B) through precision CNC machining and die-casting processes. This housing can be as thin as 0.5-1.0mm, meeting the lightweight and high-strength requirements of modern ultra-thin laptops. Magnesium alloy has a density that is only 68% of aluminum alloy, 27% of zinc alloy, and 23% of steel, making it one of the lightest structural alloys available.

• Lightweight Design: Low density (approximately 1.8 g/cm³) reduces laptop housing weight by 30-50%, significantly enhancing portability.
• Excellent EMI Shielding: Capable of completely absorbing electromagnetic interference exceeding 100dB, meeting EMC requirements without additional conductive coating.
• Efficient Thermal Management: Thermal conductivity is 100 times that of plastic, quickly dissipating CPU heat to prevent system overheating.
• High Rigidity and Impact Resistance: Resists breaking when dropped from 1-meter height or impacted by 5-pound free-falling objects, effectively protecting internal components.
• Good Corrosion Resistance: 8 times more corrosion-resistant than carbon steel and 4 times more than aluminum alloy in salt spray tests.
• Environmentally Friendly and Recyclable: Fully recyclable with recovery value 10 times that of steel products.

• Ultra-thin Laptops: Such as LG Gram series using AZ31B magnesium alloy, weighing only 1.35kg
• Commercial Thin-and-light Laptops: Gaming laptops like Mechrevo JuGuang X using magnesium-aluminum alloy, weighing 2.2kg
• Industrial Tablets: For industrial applications requiring high strength and EMI shielding
• Military Rugged Equipment: Utilizing impact resistance and shock absorption properties
• Aerospace Equipment: Leveraging high specific strength and lightweight characteristics

We provide comprehensive customized solutions:

• Material Selection: Recommend appropriate grades based on customer requirements (AZ91D for high corrosion resistance, AZ31B for high formability)
• Process Optimization: Determine optimal die-casting parameters through orthogonal experiments (pouring temperature 700°C, mold temperature 210°C, injection speed 5m/s)
• Surface Treatment: Offer various surface treatment options including electroless nickel plating, spraying, and anodizing
• Rapid Prototyping: Support small-batch sampling with 3-5 day delivery for prototypes
• Mass Production: Monthly capacity of 500,000 pieces, supporting JIT delivery models

• Technical Consultation: Provide material selection, structural design, and process optimization services
• Quality Control: Implement full-process SPC statistical process control with 100% inspection of critical dimensions
• Testing Services: Provide third-party authoritative test reports (including mechanical properties, salt spray tests, EMC tests)
• After-sales Guarantee: Offer 12-month quality warranty period with rapid response to customer feedback
• Logistics Support: Cooperate with major logistics providers to ensure on-time delivery worldwide