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Established in 2012, FLEXIBEL specializes in designing and manufacturing high-quality expansion bellows for a wide range of industrial applications. As the first facility in the region to produce various types and sizes of bellows, it has become a trusted name for reliable and durable joining solutions. The company supports industries requiring precision-engineered components for rigid systems, including boilers, heat exchangers, and related equipment. With a modern machine shop, in-house CAD design team, and experienced technical staff, FLEXIBEL ensures top-tier products backed by fast delivery and competitive pricing. Extensive raw material stock and strict quality control allow for efficient production and customization to meet client needs. FLEXIBEL stands for Reliability, Durability, and Flexibility in every solution delivered.
A lightweight Clamp-Type Expansion Joint with beaded ends secured by clamps, providing flexibility and vibration absorption in low to medium-pressure systems. The Rubber Clamp-Type Expansion Joint is constructed with molded elastomeric beads on both ends, which are clamped directly to the pipe or equipment nozzles using galvanized or stainless-steel clamps. This design eliminates the need for flanges, making installation simple and cost-effective. It provides axial, lateral, and angular flexibility while damping vibration and noise. Clamp-type joints are ideal for small- to medium-diameter pipelines, particularly where frequent installation or replacement is required.
The Rubber Reducer Expansion Joint combines the functionality of a reducer and a flexible joint. Constructed from reinforced elastomer with tire cord and steel wire, it accommodates axial, lateral, and angular movements while reducing or increasing pipe diameters. This dual purpose makes it ideal for space-saving pipeline transitions in pump connections and industrial piping. Typically supplied with flanged ends (concentric or eccentric), depending on system requirements.
We deliver PTFE Lined Rubber Expansion Joints designed to handle highly aggressive chemicals, solvents, and corrosive media to maintain flexibility. The PTFE-Lined Rubber Expansion Joint combines an elastomeric body (EPDM, Neoprene, Nitrile, etc.) with a seamless PTFE liner molded or bonded inside. The PTFE liner provides exceptional chemical resistance and protects the elastomer from attack, while the rubber body allows axial, lateral, and angular flexibility with excellent vibration and noise absorption. Typically supplied with flanged ends, these joints are used where standard elastomers cannot withstand the conveyed medium.
Flexible Twin Sphere Rubber Expansion Joint with a twin-sphere design, offering greater deflection capability and lower spring rates than single-sphere joints. The Rubber Twin Sphere Expansion Joint is constructed with two adjacent spherical arches of reinforced elastomer. This geometry provides increased movement absorption, reduced stiffness, and improved vibration/noise damping compared to single-sphere types. Typically supplied with floating flanges or clamped ends, twin-sphere joints are suited for piping systems requiring higher flexibility in shorter lengths.
We offer single-sphere rubber expansion joints with spherical design and ideal for absorbing vibration, noise, and multi-directional movements. Constructed from a single elastomeric sphere reinforced with nylon/steel cord, fitted with flanged or clamped ends. The spherical arch provides high flexibility, minimizes turbulence, and absorbs axial, lateral, and angular deflections. The full-faced flange type improves gasket coverage and sealing reliability in critical installations.
The Metallic Pantographic Linkages Expansion Joint integrates a system of pantograph arms that mechanically link two or more bellows. This ensures synchronous movement distribution, preventing overloading of individual bellows convolutions. The design is especially useful in long piping runs or duct systems with large movements, where uniform load sharing enhances fatigue life and operational safety.
The Metallic Rectangular Expansion Joint is engineered to accommodate axial, lateral, and angular movements in large ducting systems. Its design includes rounded or mitered corners to maintain flexibility and reduce stress concentrations. These joints are typically used where space or design requirements call for non-cylindrical shapes, such as in power plant exhausts or industrial ventilation systems.
The Metallic Pressure Balanced Expansion Joint uses a system of tie rods connected to balancing bellows that counteract the pressure thrust generated by the main bellows. This allows the joint to absorb axial and lateral movements without transferring pressure loads to the fixed points. Elbow-type designs are typically used for directional changes in piping, while in-line types are installed where the flow direction remains straight. These joints are essential in large-diameter or high-pressure piping systems where anchor loads must be minimized.
The Metallic Two-Ply Testable Expansion Joint is designed with two concentric bellows plies, creating an intermediate space that can be pressurized or evacuated to check for leaks. This enables in-service monitoring of the bellows’ condition, offering an additional level of safety in highly critical pipelines. The design is especially suited for hazardous media, high-risk environments, or systems that require absolute operational reliability.
The Metallic Externally Pressurized Expansion Joint uses a unique design in which the process pressure is applied externally to the bellows element rather than internally. This allows the joint to absorb long axial movements without the risk of squirm, buckling, or premature fatigue. Typically supplied with butt weld ends or flanged connections, these joints are well-suited for long pipeline runs requiring high reliability and stability under pressure.
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