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We provide customers with theoretical analysis of friction stir welding technology for new materials and products, comprehensive services related to FSW process technology, specialized equipment, and large-scale manufacturing, etc.
Friction stir welding technology has been widely used in the shipbuilding industry, such as decks, side panels, waterproof wall panels, ship hulls, helicopter landing platforms, etc., replacing the traditional manufacturing method of ship reinforcement structures and becoming a very common technology in the shipbuilding industry.
Friction stir welding technology has been widely used in rail transit, such as the body of subway, light rail and other trains, to improve the strength and sealing of the body while reducing weight and improving operational efficiency.
Friction stir welding technology has been widely used in the automotive industry, such as car bodies, wheel hubs, battery trays, electronic casings, etc., to improve the strength and corrosion resistance of components while reducing manufacturing costs and weight.
Friction stir welding technology has been widely used in electronic power, such as various aluminum alloys, magnesium alloys, copper alloy heat dissipation structures, etc., to improve heat dissipation efficiency and service life while reducing equipment volume and weight.
Friction stir welding technology has been widely used in the metallurgical industry, especially in the production of key components such as anode and cathode plates, metallurgical electrode plates, and cathode conductive beams. Its important role is particularly prominent, and these components are crucial for the stability and efficiency of the metallurgical process.