Polished CNC Milling AL6061 Parts for Wheel, Liner, Chamber & Mount Header

Welcome to visit Junying Metal Manufacturing Co., Ltd’s new collection of CNC milling components. Milled from aerospace-grade aluminum with tight tolerances, our polished AL6061 parts perform brilliantly while impressing visually. Whether you need aluminum components for liners, wheels, chambers, mounting headers, or other equipment, Junying has the capabilities and expertise to bring your vision to reality. After CNC milling each part to your exact specifications, our trained technicians expertly polish the surfaces using precise multi-step techniques. This process buffs away milling marks to achieve a luxurious mirrored finish akin to stainless steel. Components with a level of sophistication that commands attention. Your products will glow wherever displayed, instilling customers with confidence in your brand. As China’s leading OEM supplier, Junying guarantees on-schedule shipping and quick turn CNC machining. Our polished CNC parts also provide remarkable value, contact us today for bulk pricing advantages. Our polished milling aluminum parts suit a vast array of uses, including displaying elegant inline or center pull wheels for mobile devices, vehicles, or machinery, high-performance liners and chambers requiring strength and corrosion resistance, and also constructing mounting headers, brackets, and enclosures with architectural flair.

Here are the CNC-machined parts made from AL6061 aluminum, which have been precisely milled and polished. These AL6061 parts could be components for a wheel or a similar mechanical assembly, designed with intricate geometries and smooth, reflective surfaces. The piece on the left displays a circular, hollow design with multiple concentric levels and a central opening, likely for axle or bearing integration. The piece on the right has a more elongated, cylindrical shape with a flanged end and multiple mounting holes, suggesting it is designed to house or support rotating elements. Both parts exhibit high-quality machining with clean, polished finishes, indicative of precision manufacturing processes suitable for high-performance machine or automotive applications.

CNC milling AL6061 aluminum for applications such as wheels, liners, chambers, and mount headers involves a blend of precision engineering and material-specific machining practices to achieve high-quality, durable components. Here’s an overview of the process and key considerations:

Material Properties of AL6061 Aluminum

  • Composition: Contains magnesium and silicon as major alloying elements.
  • Strength: High strength-to-weight ratio, making it ideal for structural components.
  • Corrosion Resistance: Excellent resistance to corrosion, particularly in harsh environments.
  • Workability: Easily machinable and weldable, with good mechanical properties and surface finish capabilities.

Applications

  • Wheels: Lightweight and strong, ideal for automotive and aerospace applications.
  • Liners: Protective or structural layers within assemblies, requiring precise fits and finishes.
  • Chambers: Enclosures for various applications, including fluid dynamics and pressure containment.
  • Mount Headers: Structural elements for mounting various components securely and accurately.

Advantages of Our Polished CNC Milling AL6061 Parts for Wheel, Liner, Chamber & Mount Header

– Premium polished finish adds a touch of sophistication and elegance.
– Meet the highest standards of quality and craftsmanship.
– Unparalleled precision and accuracy, tight tolerances, and consistent performance.
– Suitable for a wide range of applications.

Specifications of Polished CNC Milling AL6061 Parts for Wheel, Liner, Chamber & Mount Header

Material AL6061
Tolerance +/-0.05mm
Surface Treatment Polishing
Main Process CNC Milling
Quality Control Strictly Quality control in the whole process, from material to packing, Coordinate-measuring machine
Usage Wheel, Liner, Chamber & Mount Header
Customized Drawings Auto CAD, JPEG, PDF, STP, IGS, and most other file formats are accepted

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