Fabric Expansion Joints

Fabric Expansion Joints are constructed using multiple layers of high-temperature fabrics, elastomers, and insulation materials. Their lightweight, non-metallic design makes them ideal for applications involving hot air, gases, and media where steel expansion joints are unsuitable. These joints effectively compensate for thermal expansion, vibration, and misalignment, ensuring smooth system operation. They are widely used in HVAC systems, power plants, boiler outlets, exhaust ducts, and chemical processing lines. Complete customization is available to match specific temperature, pressure, and media requirements.

Uses:

Absorption of thermal expansion and contraction in ducting systems.
Ideal for exhaust gas movement in boilers, turbines, and process heaters.
Vibration and noise reduction in fans, blowers, and air-handling units.
Compensation for misalignment or movement in flue gas and ventilation systems.
Suitable for chemical plants, power stations, cement plants, and air pollution control units.

Product Detail:

Feature	Description
Material	High-temperature fabrics, fiberglass cloth, PTFE-coated fabrics, elastomers, and insulation layers
Flexibility	Excellent movement absorption for axial, lateral, and angular displacement
Durability	Resistant to high temperatures, chemicals, corrosion, and environmental exposure
Customization Options	Available in round, square, and rectangular shapes with tailored fabric layers and thickness

Improve the performance and lifespan of your ducting and pipeline systems with Fabric Expansion Joints, engineered to handle extreme temperatures, vibration, and movement while providing long-lasting sealing and flexibility.

Fabric Expansion Joints