Stainless steel thermal expansion joints
Stainless steel flanged thermal expansion joint with tie rods — for high-temperature steam, hot water, and exhaust gas lines.
Stainless steel thermal expansion joints are specialized mechanical devices used to absorb changes in pipeline length caused by temperature variations, protecting the system from thermal stress and vibration.
What is a stainless steel thermal expansion joint and its structure
The product uses bellows made of high-durability and heat-resistant stainless steel 304, 316, or 321. The two connection ends are standard JIS, BS, or ANSI flanges, combined with a tie rod system to guide movement and limit travel, ensuring safe operation for the entire pipeline route.
Classification and main product lines
We provide a wide variety of types to meet the technical requirements of contractors:
- Standard thermal expansion joints and stainless steel expansion joints.
- Stainless steel expansion joints with 2-end steel JIS 10K flanged connections.
- Custom fabrication solutions for flexible joints, expansion joints, and thermal expansion joints according to specific technical requirements at our workshop in Vinh Loc Binh Chanh, HCMC.
Practical applications in M&E systems
The equipment is widely applied in systems with demanding temperature and pressure requirements such as:
- Hot steam pipelines from industrial boilers and steam generators.
- Central hot water systems, thermal oil pipelines.
- Factory exhaust gas systems and high-temperature technology production lines.
Reasons to choose the direct manufacturing workshop of Tan Dat
When ordering directly from the manufacturing workshop of Tan Dat Flex at D20/26F2 Vo Van Van, Hamlet 4A, Tan Vinh Loc Commune, Ho Chi Minh City, customers receive the following advantages:
- Proactive delivery schedules and custom dimensions based on actual design drawings.
- Detailed technical consultation from a team knowledgeable in M&E piping systems and plant maintenance.
- Rigorous quality control before leaving the factory, ensuring tightness and durability for the welds.
To choose the right product, engineers or the maintenance department need to provide the following parameters: nominal diameter, working pressure, operating temperature, medium (steam, hot water, exhaust gas), and flanged connection type.