Technical Specifications

Design and Operating Principle

UltraTherm Fabric Expansion Joint designs are optimized using multilayer high-temperature resistant fabric and insulation structures.

The compensator structure reduces stresses in duct and equipment systems by absorbing thermal expansion, vibrations, and mechanical movements caused by high-temperature gas flows.

Systems can be manufactured in circular or rectangular cross-sections and can adapt to different duct geometries using flanged or frame-type connection options.

Thanks to its high-flexibility structure, it can accommodate large axial, lateral, and angular movements with low reaction force.

Performance Advantages

• Provides reliable operation at very high temperatures
• Offers higher expansion capacity compared to metal expansion joints
• Provides superior resistance to thermal shock
• Reduces mechanical stresses and vibrations
• Minimizes equipment loads due to low reaction force
• Provides large movement capacities
• Ensures suitability for harsh process conditions
• Delivers long service life

Operating Values

Operating Pressure

• Maximum 0.2 bar

Operating Temperature

0°C / +900°C
(depending on layer structure and insulation design)

Movement Capacities

• Axial Movement: ±80 mm – 200 mm
• Lateral Movement: ±50 mm – 150 mm
• Angular Movement: ±10° – 20°

Note: The UltraTherm series is optimized for high-temperature process applications where maximum temperature resistance is the primary requirement.