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Research on the application requirements of electromagnetic rapid heating equipment for steel welding preheating on the surface of steel substrates. This technology targets stakeholders such as shipbuilding units, ship owners, and ship maintenance units. It explores the engineering application direction of high-frequency electromagnetic induction rapid heating for steel welding preheating technology in ship construction and repair.
Focus Areas: High pollution, high energy consumption, and high manual consumption issues such as welding preheating for special ships, energy pipelines, offshore oil platforms, and steel structure buildings.
The research conducts an application analysis of electromagnetic rapid heating and thick coatings on the surface of steel substrates to improve removal efficiency, occupational disease prevention, marine emissions, and safety issues related to open flames. Based on these requirements, the software and hardware architecture of the electromagnetic rapid heating device was developed.
Through comprehensive research and analysis, a miniaturized surface electromagnetic rapid heating device for steel equipment was developed. This realizes a new technological breakthrough, compensating for the shortcomings of high pollution, high harm, high energy consumption, and low efficiency in traditional technologies.
This provides an efficient, energy-saving, and environmentally friendly new technological solution to solve welding preheating problems. The device has been verified through practical ship tests, with technical parameters continuously optimized and adjusted to achieve peak performance.
