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Finned tubes made by Wieland Thermal Solutions are produced from plain tubes that have undergone a forming process. They serve as components in highly efficient, compact, yet extremely stable heat exchangers. Tube surfaces are optimized to the specific heat transfer requirement of the application.


Fully welded Rosink finned tubes. Rosink-Werkstätten has been worldwide developing, producing and distributing spiral and double H finned tubes made of steel since 1985 and has developed into one of the leading companies in this field. Finned tubes are the main components of economizers, heat recovery boilers and numerous other industrial heat ...


Finned Tubes. Profins is the largest manufacturer of helical high finned tube in the United Kingdom with the facility to produce in excess of 10,000 metres of quality finned tube per week.. Our ability to draw base tube from our stock of over 1,000 tonnes allows us to react quickly to clients’ demands and to remain competitive with any other producer worldwide.
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Extruded finned tubes are bimetallic tubes whose outer aluminium surface is finned by cold plastic deformation. U-Bent Tubes U-bent tubes are addressed to heat exchangers and boilers. Heat Treatment Bright Annealing and Stress Relieving in inert atmosphere. Plain Tubes Tubes for heat exchangers.


Finned Tubes Thermoregulation has been a vital part of nature for billions of years starting with the cooling fins of the stegosaurus to the large thin ears in modern elephants. Modeled after nature, our finned tubes effectively reduce the total number of tubes required in an application.


Fin tubes are made from a variety of materials, including copper, aluminum, and stainless steel. They are available in a range of sizes and shapes and can be customized to meet the specific needs of each application. One of the key benefits of fin tubes is their ability to operate efficiently at high temperatures and pressures.


Embedded fins (G-fins) are wound into a groove in the core tube which is then peened back providing a mechanical bond. This gives better heat transfer but requires a thicker core tube. Integral fins extruded from an aluminum sheath are often used for more severe environments, and instead of embedded fins with expensive core tubes.