Advanced welding technologies ensure product strength, precision and consistency.
Welding of steel wire mesh, overlapping welding of barbecue mesh and cooling frame steel wire, welding of main body mesh of steel wire mesh basket and other overlapping welding of upper and lower structures.
The intermediate frequency inverter resistance row welding technology is adopted, and the welding current and the pressurizing time are accurately controlled, so that the welding spot is quickly formed, the welding is firm, and the consistency is high.
Welding of stainless steel wire and stainless steel plate, stainless steel frame, stiffener, handle and special structural parts.
Argon is used as protective gas to effectively prevent metal oxidation in the welding process and ensure the quality and corrosion resistance of the welding seam.
Welding of precision stainless steel parts, welding of products with high appearance requirements and fine structures.
The high energy laser beam is used for local welding, the welding precision is high, the heat input is small, and the high quality and high efficiency precision welding can be realized.
According to different product structures and use requirements, we flexibly adopt various welding processes such as intermediate frequency inverter resistance row welding, manual argon arc welding and laser welding to give full play to their respective advantages and ensure that the products have firm welding strength, excellent dimensional accuracy and stable product quality. Whether it is wire mesh welding, stainless steel plate welding, or the processing of complex structural parts, we can provide professional, efficient and reliable welding solutions.
Professional stainless steel surface treatment methods to meet different application requirements.
Electrochemical polishing process, through the current liquid reaction to smooth the surface micro-burrs, and the formation of a dense passive film on the surface.
Exquisite and soft mirror surface, clean and transparent, strengthen and restore the original metal texture of stainless steel.
Use abrasive belt/wire drawing machine to grind the stainless steel surface with unidirectional texture to form uniform linear hairline texture, which belongs to mechanical matte treatment.
Matte silver gray, regular straight metal texture.
Through multiple rough polishing, fine polishing and wax polishing step by step, the surface concave-convex is eliminated, and the high reflective mirror effect (conventional 8K/12K) is achieved.
Bright mirror surface, transparent metallic luster.
Use high pressure and high speed sand to impact the surface of the workpiece to form a uniform and fine matte matte layer, which belongs to physical matte treatment.
Fine matte matte, uniform matte silver texture.
Flow chart of recommended manufacturing process.