Tube Bundles for Shell-and-Tube Heat Exchangers

ASMEX PETROCHEM LLC designs and manufactures tube bundles for shell-and-tube heat exchangers of varying complexity. These products are used in the oil and gas, chemical, refining, and power industries, where heat transfer reliability and efficiency are critical.
We manufacture heat exchange elements in strict compliance with national and international standards, such as O’z DST, ASME, TEMA, and API. Our company has an in-house engineering and design center, which allows us to guarantee accurate calculations and adherence to geometric parameters. We also comply with the international quality standard ISO 9001:2015.
Creating solutions for heat
At ASMEX PETROCHEM LLC, we have the people and capabilities to manufacture various types of tube systems for various technological processes. Here’s what we can do:
Tube bundles with fixed tube sheets – ideal for stable temperatures and environments with little risk of contamination. U-shaped tube bundles are designed to allow the tubes to expand freely, preventing thermal stress at the joints.
Floating head tube bundles are ideal for operating at very different temperatures, and they are easy to clean and maintain.
We offer two main collaborations:

1. New construction: We manufacture heat exchange equipment and components according to individual customer specifications, ready for use.
2. Modernization and overhaul: We manufacture new replacements for worn tube bundles to quickly restore the operation of existing heat exchangers at your facility.

Advantages

We do everything – from the first calculations and development of design documentation to final assembly.
We monitor quality – every part is checked and tested for strength and tightness.
We use good materials – only certified steel and alloys that are not afraid of corrosion and wear.
Our products last a long time – we use modern methods of connecting pipes, which ensure that everything is tight and reliable.
We save energy – we calculate everything accurately to get maximum efficiency from the equipment.