Uses and Features
Flexible connectors are a critical engineering component in suction, ventilation, and fluid transport systems, especially for rotating equipment such as fans, compressors, pumps, or pneumatic conveyors. Their primary role is to mechanically isolate moving parts from rigid structures, preventing the transmission of vibrations, axial or radial shifts, thermal movements, and structural noise.
Proper use of a flexible connector reduces system stress, prevents cracks or failures in piping and rotating equipment, and improves overall system stability over time. Incorrect selection can severely impair system performance and disrupt fluid flow.
Adaptation to the process – critical for reliability
There are various types of flexible connectors, and selecting the appropriate connector must be based on several key operational parameters:
Vibration level – must match the typical vibration of the rotating equipment (Low, Medium, High Vibration).
Operating pressure / vacuum – the connector must withstand positive or negative pressures according to process requirements.
Fluid type – connector materials are selected based on chemical resistance, temperature, flammability, and abrasiveness of the fluid.
Technical Specification
- Models : Accordion-type flexible connector, flexible strip, flanged flexible connector.
- Fabric types : Accordion, fiberglass, anti-static, silicone.
- Mechanical construction : Lightweight for general ventilation, HEAVY DUTY for industrial use.
- Materials : Black and galvanized steel, stainless steel 304/316, plastic.
- Connection type : Direct pipe connection or flanged connection.
User Benefits
- Customized to the process requirements.
- Industrial durability ensured by HEAVY DUTY construction and robust materials.
- Optional special coating for enhanced corrosion protection up to C5M.
- Detailed engineering design tailored to the client’s needs.