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We focus on providing metal welding services, including arc, resistance, laser, brazing, plasma arc, and electron beam welding. Next, we will introduce to you in detail the characteristics and applicable scenarios of these several welding methods.
1.Arc welding:
It achieves connection by melting the base material and the welding material through the heat of an electric arc. Broad applicability and low cost; The heat-affected zone is large. It is mainly used in the construction of steel structures, pipeline welding, heavy machinery manufacturing, and on-site maintenance.
2. Laser welding:
Utilizing a high-energy-density laser beam as the heat source. High precision, fast speed, small heat-affected zone, and minimal deformation. The equipment is expensive. It is mainly applied in medical devices, consumer electronics (such as mobile phones), battery cells, and precision sensors.
3. Resistance welding:
It utilizes the resistance heat generated by the current passing through the contact surface and applies pressure to form a joint. High efficiency and automation; High cost. Main applications: spot welding for car bodies and metal furniture. Seam welding: Fuel tanks, airtight containers. Projection welding: Nuts and plates.
4. Brazing:
The base material does not melt; only the brazing filler metal with a lower melting point than the base material melts, and the gap is filled by capillary action. The base material does not melt, has minor deformation, and can be connected to dissimilar metals. It is mainly used in heat sinks, hard-alloy cutting tools, jewelry, bicycle frames, and circuit boards.
5. Plasma arc welding:
Welding is carried out by compressing the arc to obtain a plasma arc with a higher temperature and more concentrated energy: concentrated energy, intense penetration, and a large depth-to-width ratio of the weld seam. The equipment is complex. It is mainly applied in aerospace components, high-grade pipelines, medical devices, and cutting tools.
6. Electron beam welding:
In a vacuum environment, high-speed electron streams bombard the workpiece to generate heat energy for welding. High energy density, intense penetration, pure weld seam, and minimal deformation; High cost. It is primarily used in aerospace engine components, the nuclear industry, and high-value precision parts.
The above-mentioned several welding methods differ significantly in their applicable scenarios and process characteristics. Our professional engineers and business team will conduct a comprehensive assessment of your material properties, precision requirements, and production costs, and customize the most suitable welding solution for you.
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We understand the importance of completing the project on time. Our simplified processes and advanced equipment enable us to achieve 24/7 Automated Production, with a daily output exceeding 50,000 pieces. We can supply stably at any time and strictly adhere to delivery dates, providing a solid guarantee for customer demands.
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Our experienced foreign trade and business team offers full-process follow-up services. We can provide detailed quotations within 8 hours and ensure a comprehensive customer experience.
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