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Magnesium alloy extruded tubes
➡️Specifications：
➡️Regularly Produce Extruded Square Tubes
20×20×2—40×70×2
➡️Regularly Produce Extruded Round Tubes
Φ24×1.2—Φ60×4.2
➡️Delivery state:
F state; other states can be customized according to customer requirements.
➡️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: 500 tons/month.
AIKERLY ensure the quality of the tubes
Material Selection: Choose appropriate magnesium alloy materials and conduct composition analysis and testi
Precise Extrusion Process Control: Rigorously control extrusion process parameters.
In-line Quality Inspection: Perform quality inspections during the extrusion process.
Stringent Heat Treatment Control: Maintain strict control over heat treatment processes for applicable products.
Surface Treatment as Needed: Apply suitable surface treatments based on requirements.
Robust Quality Management System: Establish a comprehensive quality management system.
Training for Production Personnel: Provide necessary training to production staff.
Regular Equipment Maintenance: Perform routine maintenance and upkeep of extrusion equipment.
Specific features
In addition to the common characteristics of magnesium alloys, extruded magnesium alloy tubes have the following specific features.
Uniform Wall Thickness: The extrusion process ensures precise control over wall thickness.
Complex Geometries: Extrusion allows for intricate shapes and cross-sectional profiles.
Enhanced Mechanical Properties: Through grain alignment, extrusion improves mechanical characteristics like tensile strength and hardness.
Tight Tolerances: Extrusion achieves tight manufacturing tolerances.
Smooth Surface Finish: Extruded tubes exhibit a smooth finish.
Improved Surface Integrity: The process enhances surface quality by reducing defects and inclusions.
Enhanced Ductility: Extrusion enhances ductility, making tubes more resistant to deformation and stress-induced fractures.
Reduced Porosity: Extruded tubes typically have fewer internal voids.
Consistent Microstructure: Extrusion promotes a uniform, refined microstructure.
Tailored Grain Size: Grain size can be tailored through the extrusion process.
Wider Size Range: Extrusion accommodates various tube sizes.
Cost-Efficiency: Extrusion minimizes material waste, reducing the need for secondary processing, and making it a cost-effective manufacturing method.
Secondary Processing
Cutting and trimming： Cutting the extruded tubes to the desired length.
Machining and Turning: Precision machining or turning of the tube's ends or external surfaces.
Welding: Welding different components or tube segments together.
Surface Treatment: Applying surface treatments such as painting, anodizing, or plating.
Bending and Shaping: Bending or shaping the extruded tubes to achieve the desired curves or contours.
Cutting and Drilling: Cutting or drilling on the tubes as needed for component assembly or other purposes.
Heat Treatment: Some applications may require heat treatment of the extruded tubes.
Core Application Fields of Magnesium Alloy Extruded Tubes
1. Lightweight Structural Systems
New Energy Vehicles
Battery Module Structural Carriers (Square Tubes: 25×50×2–40×70×2)，AZ31B，
E-Drive Cooling Conduits (Round Tubes: Φ24×1.5–Φ35×2 AZ80
2. Precision Medical & Robotics
Minimally Invasive Surgical Tools
Orthopedic Fixation Scaffolds (Square Tubes: 20×20×2–25×25×2) WE43
Surgical Robot Drive Shafts (Round Tubes: Φ28×1.2–Φ32×1.5) ZK60A
Prosthetic Systems
Bionic Limb Load-Bearing Frames (Round Tubes: Φ45×3–Φ60×4.2) AZ31B
3. Advanced Energy Infrastructure
Hydrogen Storage Systems
Composite Liner Reinforcements (Round Tubes: Φ50×3–Φ60×4) WE43
Fuel Cell Stack Compression Plates (Square Tubes: 35×35×2–40×40×2) ZK60A
Wind Power Systems
Turbine Blade Internal Spars (Square Tubes: 40×60×2–40×70×2) AZ80
4. Intelligent Manufacturing & Customization
Additive Manufacturing Hybrid Structures
3D Printed Lattice Infill Tubes (Round Tubes: Φ30×2–Φ40×3) AZ31B，
5. High-Performance Consumer Electronics
Portable Device Frameworks
Ultrabook Chassis (Square Tubes: 25×25×2–30×30×2) ZK60A
VR Motion Controller Tubes (Round Tubes: Φ24×1.2–Φ28×1.5) AZ31B
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