High frequency welded finned tube radiator, wound tube radiator, and radiator in Jiaao factory workshop

Description :

　　High frequency welded finned tube radiator, wound tube radiator, and radiator in Jiaao factory workshop

　　Steel high-frequency welded finned tube radiator is a lightweight and narrow heating radiator that connects high-frequency welded finned tubes and two side water tanks using electric welding technology to form an inner core, with an external guide cover. It has excellent heat dissipation performance, high pressure bearing capacity, and long service life. Small space occupation, good decorative effect, and high thermal efficiency.

　　Steel finned tube convection radiator, also known as steel high-frequency welded finned tube convection radiator, is a radiator blade divided into two parts, with the heat dissipation core inside and the flow guiding outer cover outside. The internal heat dissipation mechanism uses finned heat dissipation tubes as raw materials, and the structural position is adjusted according to air circulation and heat dissipation characteristics, so that the overall air contact area and heat dissipation area of the internal heat dissipation mechanism can be maximized, ensuring faster dissipation and circulation of internal heat. The external flow guiding outer cover uses cold-rolled steel plate as raw material. Stainless steel plate (made of copper) undergoes equipment extrusion molding to produce a plate fin shape. The tip of this plate fin shape is closely matched with the surface of the pipe, with high thermal conductivity and thermal conductivity.

　　The influence of steel finned tube convective radiator fin diameter on heat dissipation: When the tube diameter of the finned tube is increased from DN20 to DN25, the heat dissipation of the four tubes (15mm high) increases by 10%; The heat dissipation of six pipes (height 17mm) has increased by 5%. Therefore, increasing the diameter of the fins to improve heat dissipation is not economical. Although the heat dissipation area has increased significantly, this is mainly due to the decrease in flow velocity inside the tube, which has a greater impact on the heat dissipation of the radiator.

AfterSalesService :

• High frequency welded finned tubes in the factory workshop