High Pressure Copper Fin Steam Radiator

Finned tube heat exchangers generally use air to cool or heat fluids such as air, water, oil or gas, or they can be used to capture or recover waste heat. These heat exchangers can used in a broad range of industries including oil & gas, power generation, marine and HVAC&R.

Finned tube heat exchangers have a wide range of applications, a few of which are:

• diesel charge air coolers;
• oil coolers;
• hydrogen coolers;
• waste heat recovery;
• driers;
• air conditioning;
• air heaters;
• steam condensers;
• generator coolers

Finned tube heat exchangers are often used in circumstances where air is the preferred medium for the cooling or heating, particularly where there is limited or poor quality water.

In a finned tube heat exchanger, heat is exchanged between a thermally efficient fluid that transports heat efficiently, such as a liquid which has some viscosity, and a fluid that does not, such as air or gas with little density. On the 'air side', the tube surface is enhanced by the addition of fins or other elements such as looped wires, designed to increase the surface area of the tube and improve its thermal performance.

Fins can range in height (high-fin to low-fin) and the fins can be either pressure connected to the outer surface of the tube or formed into the tube surface.

Depending on the intended duty and the environment in which they are to operate, finned tubes can be manufactured in numerous designs and incorporate a combination of differing materials for both the tubes and the fins. The types and combinations of tubes and fins is significant, but in this article, we will explore only the more common types.

This often-used type of heat exchangers consists of a tube package out of straight finned tubes, which are mostly arranged, staggered in the direction of air flow. The tubes are being welded or rolled in in two opposite tube plates, the distribution of media works via the tube chambers. Those heat exchangers might also be executed with frames or casings.

• Temperature range: up to 650°C
• Finned tubes for large heat exchange surfaces
• Gaseous execution possible
• Material: standard steel and stainless steel
• High stability
• Dimensions: up to 6m length and 3m width
• Well suited for heat recovery installations
• Usable for industrial emergency coolers