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The spiral welded fin tube consists of a metal fin strip welded in a spiral pattern around a base tube. Fin strip is commonly applied to the tube with high frequency welding technology. As a result, the strip is firmly secured to the tube for its full length.
The spiral design allows air to flow evenly across the entire tube. This allows your heat exchanger to run much more efficiently by optimizing heat transfer.
Furthermore, the welding creates a very strong mechanical bond. As a result, the fins are less likely to loosen due to vibration or mechanical force.
The bare tube transports the working fluid through the heat exchanger. Carbon steel, stainless steel, and alloy steel are typical materials manufacturers use to construct them.
The fin is an external metal strip that spirals around the bare tube.
The fin and tube connect through a high-frequency weld. Thus, this joint has strong metal-to-metal strength and conductivity.
The welded connection creates the strong structure of a spiral welded fin tube.
For these reasons, spiral welded fin tubes are common in air cooled systems.
Some other benefits of spiral welded fin tubes are:
For these reasons and many more, numerous industries choose spiral welded fin tubes.
Extruded fins are created by mechanically pulling the fin through a shaping die. On the other hand, spiral welded fins are attached via welding. As such, welded fins can handle higher temperatures than extruded fins.
L-foot fins are applied to a tube by mechanically wrapping it around. Conversely, welded fins provide stronger adhesion to the tube. Thus, welded fin tubes are ideal for heavy duty industrial applications.
Low fin tubes have shallow fins that are rolled onto the surface of the tube. In comparison, a spiral welded design gives you more surface area for heat transfer.
Thus, spiral welded fin tubes allow for higher heat transfer coefficients.
Spiral welded fin tube sees application across various industries.
Typical uses are:
Engineers commonly specify spiral welded fin tubes as they require dependable heat transfer surfaces.
We have state-of-the-art machinery to produce spiral welded fin tube products.
Initially, we use premium grade base tubes. Then we supply metal fin strips into the welding unit. As the tube spins, the strip is wrapped onto the surface.
Simultaneously, high frequency welding bonds the fin to the tube continuously. As a result, you get durable fin assemblies.
Once completed, we test the fin pitch, fin height, and weld strength. This means all of our spiral welded fin tubes pass strict quality checks.
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Quality control is enforced during manufacturing, so you get what you pay for.
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Industry technical references:
Typically, manufacturers construct these fin tubes with carbon steel tube, stainless steel tube, and alloy steel tube.
Enhanced heat transfer can be achieved through more surface area and turbulence of airflow.
Yes. We offer customized fin height, pitch, and tube material.
Fin tubes are used commonly in power plants, petrochemical plants, and heat exchanger manufacturers.
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