CNC Processing Of Lightweight Magnesium Alloy Parts For Smart Wearable Devices

[Part Name] CNC Processing Of Lightweight Magnesium Alloy Parts For Smart Wearable Devices

【Manufacturing Process】CNC Milling

【Surface Treatment】Phosphate+Red Paint

【Product Features】Light Density, High Precision Requirements

Machining Of Magnesium Alloys

Magnesium Is The Lightest Metal Structural Material That Can Be Used In Engineering Applications In The World (Density 1.74g/Cm3),  Its Weight Is Only 2/3 Of Aluminum  1/4 Of Steel. Magnesium Alloy Has High Specific Strength  Specific Stiffness (Second Only To Titanium Alloy In Metal Materials), Good Damping  Shock Absorption Performance, Good Thermal Conductivity, Strong Electromagnetic Shielding Ability,  Easy Recycling,  Good Environmental Compatibility. Due To These Excellent Properties, It Has Broad Application Prospects In Many Fields Such As National Defense, Aerospace, Transportation, 3C Electronic Products, Home Office, Etc. In Addition, Magnesium Resources Are Abundant, With A Content Of 2.3% In The Earth's Crust, Ranking Sixth. The Magnesium Content In Seawater Is 1.1Kg/M3, So The Development  Application Of Magnesium Resources Has Great Potential. Since The Current Development  Application Of Magnesium By Humans Is Far Less Mature Than That Of Steel, Aluminum,  Copper, There Is A Saying That "There Is No Material In The Field Of Materials That Has Such Great Future Potential As Magnesium."

The Specific Gravity Of Magnesium Alloy Is 1.74, Which Is One-Third Lighter Than Aluminum Alloy  One-Seventh Of The Weight Of Steel. It Is The Lightest Commercial Metal In The World, The Lightest Structural Metal Material,  Has An Early History Of Mechanical Processing. In General, Magnesium Alloy Parts Have Good Machining Performance  Very Low Wear On Equipment  Tools. However, Magnesium Is Very Prone To Spontaneous Combustion Under High Temperatures Generated By Rapid Rotation  Friction. If The Density Of Magnesium Powder In The Air Reaches..., A Strong Explosion Will Occur, Causing Property Losses  Casualties.

The Mechanical Processing Of Magnesium Alloy Parts Can Be Divided Into Grinding, Polishing, Drilling, Cutting, Etc., Which Can Be Done By Polishing Machines, CNC Lathes, Drilling Machines  Special Large-Scale Automated Machining Centers . However, No Matter What Equipment Is Used For Processing, Cooling Of Parts  Control  Collection Of Magnesium Powder Are Essential Safety Conditions.