Stainless steel high-frequency welded finned tube heat exchanger

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The working principle of stainless steel high-frequency welded finned tube heat exchanger is based on heat conduction and convection heat transfer in thermodynamics. During the heat exchange process, two fluids of different temperatures flow in different channels of the heat exchanger.

The high-temperature fluid passes through the inside of the tube, while the low-temperature fluid flows outside the tube, and the two exchange heat through the fins.

The heat is transferred from the high-temperature fluid to the fins through the tube wall, and then to the low-temperature fluid through the fins, realizing the heat transfer. The presence of fins not only increases the heat exchange area, but also eliminates fluid disturbance and improves the heat exchange efficiency.

Heat transfer: The stainless steel high-frequency welded finned tube heat exchanger adopts high-frequency welding technology to tightly combine the fins with the steel pipe to form a perfect heat transfer channel.

This structural design enables the heat exchanger to achieve large-flow heat exchange in a smaller volume, reducing energy consumption.

Strong corrosion resistance: The stainless steel material itself has good corrosion resistance, especially in acid and alkali environments.

High-frequency welding technology further improves the connection strength between the fins and the steel tube, allowing the heat exchanger to operate stably in harsh environments and extend its service life.

Compact structure and light weight: The stainless steel high-frequency welded fin tube heat exchanger adopts a modular design, compact structure, and small space occupation.

Due to the use of lightweight stainless steel materials, the entire stainless steel high-frequency welded fin tube heat exchanger is light in weight and easy to install and maintain.

Good temperature resistance: The stainless steel high-frequency welded fin tube heat exchanger can operate stably in high and low temperature environments, maintain a stable heat exchange effect, and is suitable for various working conditions.

High-efficiency fins for higher temperature applications giving complete and permanent atmospheric corrosion protection of the base tube.

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