Thermal Expansion Joints
Safeguard your piping network against thermal stress and mechanical vibration with our heavy-duty Thermal Expansion Joints, precision-manufactured in our own facility. Engineered to accommodate significant pipe movement while maintaining system integrity, these joints feature a robust tie-rod design that effectively manages pressure thrust loads ranging from 1 kN to 141 kN. Capable of handling working pressures between 250 kPa and 1500 kPa, our expansion joints provide the essential flexibility and durability needed to prevent piping fatigue and misalignment in your critical steam, gas, and fluid transfer lines.
The specifications of the thermal expansion joints are given in the specifications sheet. Please contact us for any custom-made thermal expansion joint for your requirements.
Universal Thermal Expansion Joints
Engineered for extreme thermal environments, our Universal Tied Expansion Joint provides the ultimate solution for piping systems operating at exceptionally high temperatures up to 900°C. Fabricated in our facility with specialized heat-resistant alloys, this double-bellows unit is designed to absorb significant lateral deflections in low-pressure exhaust and flue gas applications, with a maximum working pressure of 200 kPa. The integrated heavy-duty tie rod assembly effectively restrains pressure thrust loads up to 200 kN, ensuring structural stability and preventing bellows over-extension even under intense thermal stress. This unit is the ideal choice for maximizing the lifespan of ducting and piping in steel plants, power generation, and high-temperature chemical processing.
The specifications of the thermal expansion joints are given in the specifications sheet. Please contact us for any custom-made thermal expansion joint for your requirements.
Thermal Expansion Joints for Shell and Tube Heat Exchangers
Thermal expansion joints in shell-and-tube heat exchangers are essential for accommodating differential thermal movement between the shell and tube bundle during operation. They prevent excessive stresses by allowing controlled axial expansion—often in the range of 15–30 mm depending on temperature and design. These joints enhance exchanger reliability by reducing fatigue on welds, tubes, and supports. Properly sized and engineered expansion joints ensure smooth operation under varying thermal loads, extending equipment life and maintaining heat-transfer efficiency.
The specifications of the thermal expansion joints are given in the specifications sheet. Please contact us for any custom-made thermal expansion joint for your requirements.