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Professionally manufacturing industrial-grade magnesium alloy strips and sheets. Thicknesses from 0.5mm to 10mm or more, with customizable lengths and widths (1m, 2m, or longer). Made in China; 200t/month capacity, 100kg MOQ.
Mg Alloy Datasheet
AZ31B,WE43,WE43A,ZK60,LA141,ME20,ZE10
Wrought Magnesium Sheets and Strips
Specification
Sheet Thickness:
Available in various thicknesses ranging from 0.5 mm to 10 mm or more.
The specific thickness options may vary depending on the supplier and the intended application.
Strip Width:
Usually available in different widths ranging from a few centimeters to several tens of centimeters.
The exact width options can depend on the supplier and customer requirements.
Length:
The length of magnesium alloy sheets and strips can vary and is often customizable based on customer needs.
Standard lengths are commonly available, such as 1 meter, 2 meters, or longer.
➡️Product Details:
Country of Origin: China
Brand: Aikerly or OEM
Certification: RoHS、REACH、ASTM
Grades: AZ31B,WE43, ZK60A ,AZ80
➡️Payment and Shipping Terms:
Minimum Order Quantity: 100kg
Unit Price:Quotation = (Daily raw material price × 1.3 + Processing fee) × Quantity.
Shipping Packaging: on pallets or in cartons
Delivery Time: 10-25 working days
Payment Methods: L/C, T/T, Western Union
Supply Capacity: 200 tons/month
Applications of Magnesium Alloy Sheets and Strips
Aerospace (Thickness: 4–80 mm)
Spacecraft Components: Satellite payload brackets, lunar module load-bearing structures, modular space station compartments.
Aviation Equipment: Radar heat dissipation substrates, integrated drone airframe frames.
Specialized Functional Parts: Electromagnetic shielding cabin wall panels, corrosion-resistant deck components for carrier-based aircraft.
Transportation (Thickness: 1.5–3 mm)
Rail Transit: Train vibration-damping floors, honeycomb panels and cores, seat frames, sleeper berth frames, carriage wall panels, interior linings, luggage racks, coach trunk panels.
Automotive Manufacturing: Car front/rear hoods, door panels and sandwich layers, gearbox and clutch covers, container panels.
Other Vehicles: Parts for strollers, motorcycles, and bicycles.
3C & Home Appliances (Thickness: 0.3–1.5 mm)
Electronics: Laptop, external hard drive, smartphone, digital camera, USB drive, and camcorder casings.
Household Appliances: TV, refrigerator, speaker housings; inverter air compressor covers; robotic vacuum drive modules.
Functional Components: Battery casings, speaker diaphragms, optical eyewear frames, dry cell housings.
New Energy & High-End Equipment
Energy Storage: Flow battery bipolar plates.
Power Systems: Offshore wind power converter housings.
Industrial Machinery: Semiconductor wafer transfer robotic arms.
Medical & Specialized Applications
Medical Devices: CT scanner rotating gantries.
Biomedical: Biodegradable bone plates.
Cultural Tech: 4K projector DMD heat dissipation substrates.
Printing: Etched and engraved magnesium plates.
Other Fields (Thickness: 2–15 mm)
Construction & Engineering: Masonry tool plates, building formwork, textured floor panels.
Sports & Equipment: Sports gear, medical instruments, manual/electric tools.
Industrial Manufacturing: Textile machinery needle plates, vibration platform panels, sacrificial anode plates.
Superplastic Wide Magnesium Alloy Sheets and Strips available with customizable sizes
The primary difference between standard magnesium alloy sheets and strips and superplastic wide magnesium alloy sheets and strips lies in their formability and deformation characteristics.
Magnesium Alloy Sheets and Strips: They are typically made from magnesium alloys with a hexagonal close-packed structure. This structure results in poor formability, meaning they are not easily shaped or molded during manufacturing. They are utilized in various applications, but their deformation capabilities may be limited due to this inherent structural feature.
Superplastic Wide Magnesium Alloy Sheets and Strips: These materials exhibit superplasticity, which is the ability to withstand strains typically at the level of several hundred percent without necking or failure. Superplastic magnesium alloys can be stretched to multiple times their original size. The microstructure of these alloys is carefully designed to support grain boundary sliding and diffusion processes, which are the reasons for their high plasticity. They are ideal for applications that require complex shapes and fine details because they can be formed into intricate designs without cracking. The industrial application of superplastic magnesium alloy sheets is of great significance as they can be employed in high-tech industries, automotive, electronics, and aerospace, where materials that are both lightweight and strong are essential. The development of these materials focuses on creating cost-effective fine-grained polycrystals that require lower forming stresses and temperatures and allow for high forming rates.
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