Custom 6061 Aluminum CNC Machining Parts with 180MPa Tensile Strength and Anodized Surface Options
Price:
USD20~46/PCS
MOQ:
1PCS
Delivery Time:
1~2Weeks
Product Description
Aluminum CNC Machining Excellence
Aluminum machining ranks second only to steel in manufacturing frequency due to its exceptional machinability. Silver-white aluminum offers excellent ductility and is non-magnetic. Through alloying with elements like magnesium, manganese, and copper, aluminum transforms into hundreds of specialized alloys with significantly enhanced properties.
Aluminum Alloy Specifications
| Alloy Model | Mechanical Properties | Application Areas |
|---|---|---|
| EN AW-6061/3.3211/Al-Mg1SiCu | High strength alloy with tensile strength of 180MPa | Machine supports and aerospace parts |
| EN AW-6082/3.2315/Al-Si1Mg | Medium strength, excellent weldability and thermal conductivity | Building materials, weldable machine supports |
| EN AW-7075/3.4365/Al-Zn6MgCu | Higher strength, superior corrosion resistance | Bicycle frames, UAVs, rock climbing equipment, mold manufacturing |
| EN AW-5052/Al-Mg2.5 | Corrosion resistance, excellent elongation and weldability | Machine covers, automotive shells, marine applications, sheet metal parts |
Key Technical Advantages
Superior Machinability
Aluminum stands as the most machinable of all metals. Its soft composition and easy chip formation enable CNC machining centers to perform rapid, precise cutting, drilling, and turning operations. Aluminum maintains dimensional stability during machining, ensuring high-precision finished parts with minimal deformation.
Low Density & High Strength
Aluminum alloys feature density of 2.63-2.85g/cm³—approximately one-third that of steel—while achieving tensile strength (σB) of 110-650MPa, approaching steel performance. This combination of light weight and structural integrity, coupled with excellent corrosion resistance and weldability, makes aluminum ideal for aerospace, aviation, transportation, construction, and industrial applications.
Electrical Conductivity
While aluminum's conductivity is lower than copper and steel, its significantly lighter weight compensates effectively. Electroless nickel plating on aluminum surfaces enhances both hardness and electrical conductivity for specialized applications.
Surface Treatment Options
Post-machining aluminum parts can undergo various surface treatments including brushing and sandblasting. Aluminum anodizing—using aluminum parts as anodes in electrolyte solution to form protective oxide films—is available in natural, black, red, blue, and yellow colors. Hard anodizing further enhances surface strength and durability.
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Company
Shenzhen ruiyihang technology co., ltd
Location
RM 702, 7/F SPA CTR NO 53-55,RM 702, 7/F SPA CTR NO 53-55
Contact Person
BillSun