What is the process of auto parts processing?

What is the process of auto parts processing?

1. Automobile parts processing process Casting processes the molten metal material into the casting cavity, cools and solidifies to obtain the product manufacturing method. The solid model is a production method that puts the metal material embryo into the forged model model model, and is formed by influence or burden.

Cold stamping and cold die or plate stamping parts are production methods that cut or form in stamping vehicle parts.

2. Welding Welding Welding is a production method that combines two metal materials or combines them at the same time. The production and processing of metal materials and automobiles is to use milling cutters to drill out the embryos of metal materials step by step; to make the products obtain the required production methods, specifications and roughness.

3. The heat treatment process is to heat solid steel, heat insulation or cooling, and change its organizational structure to achieve the application of parts or technical standards. Auto parts processing

4. Install components that comply with certain regulations, connect and form individual parts and connecting parts (ground bolts, nuts, sales or locks, etc.), and then connect and form various components to form and form the entire vehicle. Whether it is a component of a component or a component, it is necessary to comply with the cooperative connection required by the design drawing to manufacture a component or vehicle set. For example, when installing the gearbox on the clutch housing, it is necessary to point the shaft of the transmission key to the shaft and the shaft of the crankshaft. The installation staff (milling) did not adjust this type of core method during the assembly process, but ensured it through the design scheme and production and manufacturing.

5. Auto parts processing is an integral unit that constitutes auto parts and services auto parts processing products. In recent years, the rapid development of the global automotive industry has promoted the market prosperity of the automotive component processing industry. What is the prospect of handling car parts processing?

What are the advantages of auto parts processing?

1. Light weight One of the advantages of outstanding auto parts is the characteristics of light quality and high intensity. Because the average proportion of various plastics is only 15-20 of ordinary steel, which is lighter than ordinary wood. This feature has particularly prominent advantages for large cars, and can reduce a lot of self-weight.

2. Physical and chemical properties Another advantage of car parts is that they have many functions and can be used in special occasions. Plastics have good insulation properties, corrosion resistance, aging resistance, good wear resistance and drug resistance, good waterproof performance and mechanical properties, good bonding properties, processing various needs into various needs. Auto parts processing

3. The advantage of car parts with outstanding decorative effects is the decorative effect. It can process it into products with complex shapes and colors, sometimes requiring printing, film, flowers, composite layers and coloring. The texture of animal skin can also be bronze, film, silver plating, inlay, etc.

4. Good processing performance Due to the plasticity of auto parts and the compatible combination characteristics compatible with other materials, various modern molding processing machinery can be used with different material components Extrusion, injection molding, pressure expansion, molding, plastic blowing, etc. -Various molecular automotive materials with different shapes, different characteristics, different colors and different functions, such as directly extruding into pipes, contours and plate materials, and injecting various shapes, with various shapes, voltages and extensions of membranes, etc. It is made into various products, such as various colors, mezzanine, hollow, embedded parts, etc., and can also be assisted according to requirements, such as turning, cutting, cutting, welding and thermal melting of mechanical products. Cold saws, composite materials, etc.