The welding and processing of stainless steel parts mainly involves melting local areas from the stainless steel material and forming strong connections or fine machined shapes after cooling. The specific mechanism of action is as follows:
Welding:
Melting material: During welding, the stainless steel material in the welding part is heated to a molten or semi-molten state through a welding heat source (such as arc, laser, etc.).
Connection part: In the molten state, the stainless steel material in the welding part will fuse with the welding wire or filler material to form a reliable connection.
Cooling and solidification: After welding, the material at the welded part will solidify into a strong connection during the cooling process, ensuring that the welded structure is strong and stable.
Processing:
Cutting: Cut stainless steel parts through turning, milling, drilling and other processing methods, and process their shape and size within the accuracy range required by the design.
Grinding: Use grinding wheels, abrasive belts and other grinding tools for surface grinding to improve the surface quality and accuracy of stainless steel parts.
Polishing: Polishing stainless steel parts to make the surface smooth and shiny, improving the appearance quality.
Deburring: Remove burrs generated during the processing of stainless steel parts to ensure smooth edges of the parts, avoid damage and improve assembly accuracy.
Through the above welding and processing processes, stainless steel parts can achieve strong connections, precise shapes, smooth surfaces, etc., to meet different engineering and manufacturing requirements. Welding and processing are crucial links in the manufacturing and processing of stainless steel parts, requiring professional skills and processing techniques.
