Analysis Of The Application Fields Development Status Of Magnesium Alloy Materials In Mechanical Processing

As The Market Demand For Magnesium Products Continues To Expand, Aviation, Aerospace, Automotive Parts , Steel Desulfurization, Alloy Die Castings, 3C Products, Huiwen Intelligent Manufacturing Company Recommends The Use Of Az31b Magnesium Alloy . Magnesium Alloy Plate Is A New Type Of Environmentally Friendly Material That Is Being Re-Recognized Actively Developed At Home Abroad. It Is The Most Vital New Environmentally Friendly Material In The 21st Century. It Has Superconducting Properties Hydrogen Storage Properties.

Main Application Areas Of Magnesium Alloys:

1) Military Industry

The Characteristics Of Magnesium Alloy Can Meet The Requirements Of Noise Absorption, Shock Absorption Radiation Protection Of Lightweight Materials In High-Tech Fields Such As Aerospace, Which Can Greatly Improve The Gas Dynamic Performance Of Aircraft Significantly Reduce The Weight Of The Structure. Since The 1940s, Magnesium Alloy Has Been Given Priority In The Aerospace Sector. Each B-36 Heavy Bomber Uses 4086kg Of Magnesium Alloy Thin Plates; The Magnesium Plate Wings Of The Lockheed F-80 Jet Fighter Reduce The Number Of Structural Parts 47758 To 16050; The "Hercules" Rocket Uses 600kg Of Deformed Magnesium Alloy; The "Giscavillier" Satellite Uses 675kg Of Deformed Magnesium Alloy; The "Viger" Rocket Shell With A Diameter Of About 1 Meter Is Made Of Magnesium Alloy Extruded Tubes. My Country's Fighter Jets, Bombers, Helicopters, Transport Planes, Civilian Aircraft, Airborne Radars, Surface-To-Air Missiles, Launch Vehicles, Satellites, Spacecraft All Use Magnesium Alloy Components: One Model Of Aircraft Uses Up To 300-400 Magnesium Alloy Components; The Heaviest Part Weighs Nearly 300kg; The Maximum Size Of A Component Is More Than 2 Meters. In The Military Industry, Magnesium Alloy Plates Are Needed To Improve The Strength Of Structural Parts, Reduce The Weight Of Equipment, Improve The Hit Rate Of Weapons.

2) Defense Industry 

Since Magnesium Magnesium Alloys Are Impact Resistant, If Magnesium Alloys With Corrosion Resistance Comparable To That Of Aluminum Alloys Can Be Developed, They Will Have Broad Application Prospects In Various Military Fields Such As Weapons. For Example, Magnesium Powder For Flares, High Specific Strength Magnesium Alloy Sabot Materials For Armor-Piercing Shells, Magnesium Alloy Cross Beams, Camera Racks Shells Used On Tactical Aviation Missile Compartments, Aileron Skins, Wall Panels Radars, Satellites, Etc. That Can Be Made Of Deformed Magnesium Alloys. Lightweight Weapons Are The Development Trend Of Modern Weapons, The Use Of Magnesium Alloys To Replace Some Parts On Existing Weapons Is Becoming A Hot Topic In Various Countries. Relevant Units Have Developed Deformed Magnesium Alloy Submachine Gun Receivers, Gun Tails, Handles, Front Armrests, Buttstocks, Large Sabots, Sight Seats, Small Magazine Seats, Military Casting Alloy Engine Water Inlet Outlet Pipes Engine Filter Seats Other Military Weapon Parts Through Forging Casting. Some Military Magnesium Alloy Parts With High Requirements For Corrosion Resistance Wear Resistance Have Also Been Subjected To Corresponding Surface Treatment Through The Method Of Concorde Coating. At Present, These Military Magnesium Alloy Components Developed Produced Have Entered The Actual Demonstration Verification Assessment Stage, Are Expected To Be Initially Applied Soon. 

3) Application Of Magnesium Alloys In The Automotive Industry

The Benefits Of Magnesium Alloy Auto Parts Can Be Simply Summarized As Follows: Low Density, Which Can Reduce The Weight Of The Whole Vehicle Indirectly Reduce Fuel Consumption; Magnesium Has A Higher Specific Strength Than Aluminum Alloy Steel, Its Specific Stiffness Is Close To That Of Aluminum Alloy Steel, Can Withstand A Certain Load; Magnesium Has Good Castability Dimensional Stability, Is Easy To Process, Has A Low Scrap Rate; Magnesium Has A Higher Damping Coefficient, Its Vibration Reduction Is Greater Than That Of Aluminum Alloy Cast Iron. It Can Reduce Noise When Used In Shells, Reduce Vibration When Used In Seats Wheels, Thereby Improving The Safety Comfort Of The Car. Chongqing Changan Group: Completed The Trial Production Of Magnesium Alloy To Replace Aluminum Alloy In The Upper Lower Shells Of The JL462Q Engine Transmission, Has Formed An Annual Production Capacity Of 1,500 Tons Of Automobile Transmission Die Casting. At The End Of 2003, Seven Parts Including The Upper Lower Shells Of The Transmission, The Box Extension The Cylinder Cover Had Been Installed In Batches Passed The Small Batch Installation Test. It Is Currently Undergoing The Final Medium Batch Installation Assessment Before Mass Production; In Addition, The Company Also Plans To Replace More Parts With Magnesium Alloy, Such As Steering Wheels, Seat Inner Frames, Etc., Gradually Increase The Amount Used Per Vehicle To 20Kg. FAW Group: Successfully Trial-Produced Magnesium Alloy Die-Casting Parts Such As Valve Cover, Gearbox Cover, Engine Oil Spray, Among Which The Valve Cover Has Passed The Vehicle Installation Test. Dongfeng Motor Corporation: Focusing On The Industrial Application Of Magnesium Alloy Gearbox Upper Cover, It Completed 100,000 Standardized Bench Tests Successfully Passed The Assessment; At The Same Time, The Application Of The Vacuum Booster Middle Partition Left Right Footrests Installed On The Vehicle Was Investigated The Application Effect Was Good.

4) Aerospace:

Aircraft: Fuselage, Engine

Missiles, Space Exploration: Rockets, Launch Pads, Satellites Exploration, Jet Engines

Instruments: Gyroscopes, Covers, Radar Parts Waveguides, Electrical Devices, Ground Control Devices

5) Atomic Energy Industry: Shell Sealing Devices, Auxiliary Equipment

6) Transportation:

Automobiles Trucks: Gearbox Bodies, Crankcases, Transmission Cases, Oil Pans, Cylinder Heads, Wheel Hubs, Steering Wheels, Brake Pedal Brackets, Car Lock Housings

Bicycles, Motorcycles: Chain Covers, Brake Pads, Front Fairings, Engine Parts, Transmission Case Covers

7) Logistics Equipment: Claw Chucks Transmission Devices, Large Agile Tools, Trolleys

8) Mechanical Tools: Chain Saws Drilling Machines, Process Equipment Boards, Levels, Etc.

Textile Machines: High-Speed Warp Beams, Control Levers

9) Printing: Base Plate, Roller, Printing Plate

10) Office Supplies Machines: Typewriter Parts, Teleprinter Covers, Computers, Laptops

11) Optical Instruments: Camera Housings, Tape Reels, Video Cameras, Televisions, Projectors

12) Consumer Goods: Ladders, Vacuum Cleaner Parts, Chairs, Large Suitcase Racks, Glasses, Hearing Aids, Car Seats, Crutches

There Are So Many Things Like This, Which Can Almost Replace Plastics, Aluminum Alloys, Zinc Alloys Other Metals.

The Global Demand For Magnesium Alloys Has An Average Annual Growth Rate Of About 10%, The Market Demand Growth Rate Of Magnesium Alloys In The West Has Reached More Than 15%. In The Future, The Market Demand For Magnesium Alloys Will Show A Rapid Growth Trend. Magnesium Alloys Are Mainly Used In The Automotive, 3C, Aerospace Fields, Among Which They Are Used In The Automotive Industry (70%), 3C Industry (20%), Military Aerospace (10%). Shenzhen Huiwen Intelligent Manufacturing Technology Co., Ltd. Has Advantages In The Production Of Non-Standard Magnesium Alloy Parts . Welcome To Consult For Processing.