Shell And Tube Heat Exchangers


We offer Shell and Tube Heat Exchangers that are commonly employed in applications that require huge volumes of process fluids or gases to be cooled or heated. Regarded as one of the most effective types of heat exchangers, these are comprised of a cylindrical shell and a bundle of tubes. The tubes are built of thermally conductive materials, allowing heat exchange between the hot fluids flowing outside and the coolant flowing through them.



Techtrans Engineers is a company that ensures that all of its operations are carried out and completed to the highest standards. We are well-known for producing Shell and Tube Heat Exchangers that precisely fulfil the needs of our customers. We also have a team of skilled and trained engineers with a lot of expertise that will listen to your needs and help you make the best decision. We offer standardised product lines for the best price/quality ratio, as well as customised designs for the most challenging solutions in power generation, marine, oil & gas, refrigeration, and a variety of other industries.

We distribute and manufacture Shell and Tube heat exchangers using cutting-edge technology. It is made up of several tubes that are installed inside a barrel-shaped casing. Two liquids can transfer heat to each other by sliding one fluid over the tubes’ exterior and the other fluid inside the tubes. The shell and tube exchanger is made up of four major components. First, liquid enters the tube-side of the exchanger through the front header. Multiple tube side passes re-enter in the front header of exchangers in the rear header tube side liquid leaves the exchanger. The tubes, tube sheets, baffles, and tie rods that hold the bundle together are all included in the tube bundle. And Shell is the tube bundle’s container.

Additional information

Design Temperature

-7°C to 180°C

Material of Tubes

Copper, Stainless Steel, and more as per customer requirement

Material of Shell

Mild Steel, Stainless Steel

Number of Tubes

As per duty parameter

Tube Diameter, Length

As per the process fluids and temperature

Tube Thickness

As per application

Type of Joint

As per application

Type of Gasket

As per specifications

Connection of Shell/Channel Inlet and Outlet

As per requirement and liquid flow rate

Corrosion allowance

As per application