Technical Specifications

Design and Operating Principle

TurbineFlow Fabric Expansion Joint designs are optimized using an aerodynamic structure suitable for high flow velocities and a multilayer fabric system resistant to dynamic loads.

The compensator structure reduces mechanical stresses in duct and equipment systems by absorbing thermal expansion, vibrations, and pressure pulsations caused by high-volume gas and air flows.

Systems can be manufactured in circular or rectangular cross-sections and offer suitable solutions for different process designs with flanged or frame-type connection options.

Thanks to its vibration-damping layer structure, it helps protect fan, blower, and turbine equipment from mechanical stress.

Performance Advantages

• Effectively dampens high-velocity induced vibrations
• Absorbs pressure pulsations
• Protects fan and turbine equipment
• Reduces flow-induced noise
• Minimizes connection loads thanks to its lightweight structure
• Provides high movement capacity
• Supports energy and process efficiency
• Ensures long service life

Operating Values

Operating Pressure

• Maximum 0.4 bar

Operating Temperature

-30°C / +500°C

Movement Capacities

• Axial Movement: ±50 mm – 120 mm
• Lateral Movement: ±30 mm – 100 mm
• Angular Movement: ±5° – 12°

Note: The TurbineFlow series is optimized for process applications where high flow velocity and dynamic loads are critical factors.