FlueTec Multi-Layered Fabric Expansion Joint (Cloth Compensator)
FlueTec multi-layered multi-layered fabric expansion joint (cloth compensator)s (cloth compensators) solve thermal expansion and vibration in. As advanced high-temperature flexible joints, they operate seamlessly in high-temperature environments. Reliable in the range of -35°C/+800°C.
FlueTec multi-layered multi-layered fabric expansion joint (cloth compensator)s (cloth compensators) offer superior performance against thermal expansion and displacement problems encountered by pipe and duct systems in demanding industrial environments with high temperatures and high flow velocities. Defined by Product Code: FEXJ-FLUE, these expansion joints are specifically designed for power plants, the steel industry, and other high-temperature applications. They increase the reliability of your systems, ensuring long-lasting and uninterrupted operation.
Thanks to its multi-layer structure, FlueTec multi-layered multi-layered fabric expansion joint (cloth compensator)s (cloth compensators) offer both durability and flexibility. With the ability to dampen movement in multiple axes, it effectively absorbs stresses generated in your systems. Optimized for use in dry environments, this product also provides protection against chemical effects with moderate acid resistance. With optional steel-framed models, it adapts to different industrial needs, offering ease of installation and system integration.
Overview
FlueTec multi-layered multi-layered fabric expansion joint (cloth compensator)s (cloth compensators) support energy efficiency with their resistance to high temperatures and innovative design, while reducing maintenance costs. This product becomes a reliable partner in your industrial operations by maintaining the performance of your systems even under harsh conditions.
Areas of Use
- Industrial Gas Lines
- Thermal Power Plant Systems
- Hot Fluid Transfer
- High-Pressure Suction Facilities
Technical Specifications
Thanks to the ArminTec multi-layer insulation design, it offers exceptional temperature resistance (-50°C / 1000°C) and high movement capability.