Tensile parts-sliding plate iron shell

Skateboard iron shell stretchers are a kind of common parts in skateboarding, which are usually used to make the wheels of the scooter connected to the frame of the scooter. The following is a detailed description of the process and procedure for making skateboard iron shell stretchers.

First of all, the material used to make the skateboard iron shell stretching parts is usually high-quality aluminum alloy or steel, this material has excellent strength and wear resistance, and at the same time, the weight is relatively light, which is very suitable for making the parts of the scooter.

Next, the production process begins with the cutting of the material. In this step, workers need to use equipment such as electric cutter or CNC cutter to cut the aluminum alloy or steel accurately according to the requirements of the design drawings to ensure that the dimensions of the parts are accurate.

Next, it is stamping and molding. Through the special stamping machine, the cut raw materials are bent, punched and other processing, so as to make them form the shape contour of the skateboard iron shell tensile parts, and the required holes are machined on the parts.

Then, welding is carried out. According to the design requirements, each component is positioned and argon arc welded to ensure the firmness and stability of the slide plate iron shell tensile parts.

Next, is the surface treatment. In this step, sandblasting or anodic oxidation treatment is usually carried out on the skateboard iron shell stretching parts to form a layer of corrosion-resistant oxide film on the outer surface, which improves the durability and aesthetics of the parts.

Finally, assembly. The welded parts are assembled according to the design requirements, and the slide plate iron shell stretching parts and other parts are connected to ensure the integrity and functionality of the parts.

In general, the production process of skateboard iron shell tensile parts mainly includes material cutting, press molding, welding, surface treatment and assembly processes, each step needs to be strictly in accordance with the requirements of the operation, to ensure that the final parts have excellent quality and performance.