High-frequency welded finned tube with flange refers to a manufacturing method commonly employed in the production of radiators or other heat dissipation devices. Heres a detailed breakdown of the components involved:

 

This is a welding technique that utilizes high-frequency electric currents to generate heat on the surface of the workpiece. In the manufacturing of finned tubes, high-frequency welding is used to tightly connect the fins to the tube body. Through the application of high-frequency electric currents, the contact area between the fins and the tube is heated to a sufficient temperature, allowing the two to fuse together, forming a robust connection.

 

This is a tubular structure, typically made of metal, used in radiators or other heat dissipation devices. The surface of the tube is equipped with fins, which increase the surface area of the tube, thereby enhancing heat dissipation efficiency. High-frequency welding is often employed to ensure a secure connection between these fins and the tube body, ensuring effective heat conduction.

 

The flange is a crucial component that connects the finned tube to other equipment or pipelines. It is usually a flat or ring-shaped metal structure with bolt holes. The design of the flange allows the finned tube to be tightly connected to other equipment through bolts, creating a sealed interface. This design facilitates the installation, maintenance, and disassembly of the equipment.

 

High-frequency welded finned pipe with flange is a manufacturing method that involves securely welding fins to the tube body using high-frequency welding and adding flanges at one or both ends of the tube for easy connection to other equipment or pipelines. This structural design ensures superior heat conduction performance in heat dissipation devices and facilitates the installation and maintenance of the equipment.