What Are The Common Processing Methods For Ukk Junction Boxes?

distribution blocks electrical is very common in industrial manufacturing due to its light weight, high strength and good thermal conductivity. power terminal block has various processing methods, mainly including the following:

1. Machining:

- Turning: used to process the inner and outer cylindrical surfaces of din rail distribution block.

- Milling: used to process planes, grooves, holes, etc.

- Drilling: used to process through holes or blind holes.

- Tapping: used to process threaded holes.

2. Casting:

- Pressure casting (die casting): suitable for power distribution block 600v with complex shapes and high production efficiency.

- Sand casting: suitable for large or small batches of power distribution terminal block.

- Precision casting: used to manufacture distribution terminal block with complex shapes and high precision requirements.

3. Forging:

- By applying pressure to form the aluminum alloy into the desired shape, the density and strength of the material can be improved.

4. Stamping:

- Processing aluminum alloy sheets through dies, suitable for mass production.

5. Extrusion:

- Extruding aluminum alloy into a specific shape of din rail power distribution or profile through an extruder.

6. Drawing:

- Drawing aluminum alloy materials into tubes or other slender shapes through a drawing machine.

7. Bending:

- Bending aluminum alloy sheets into the required angle through a bending machine, used to make complex shapes of din rail power distribution block.

8. Welding:

- Including argon arc welding, spot welding, laser welding, etc., used to connect aluminum alloy parts.

9. Surface treatment:

- Anodizing: Improve surface hardness, enhance wear resistance and corrosion resistance.

- Sandblasting: Used for surface cleaning or obtaining special textures.

- Polishing: Improve surface finish.

- Spraying: Used to apply a protective layer or obtain a specific appearance.

10. CNC machining (CNC):

- High-precision machining by CNC machine tools, suitable for complex shapes.

11. Laser machining:

- Cutting, marking or engraving aluminum alloy materials using lasers.

12. Water jet cutting:

- Cutting aluminum alloy materials using high-speed water jets, suitable for high-precision cutting. These processing methods can be used alone or in combination to meet the design and functional requirements of different aluminum alloy shells.