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When heat and pressure build, industrial applications worldwide depend on expansion joints designed to compensate for even the most demanding operational stresses. FlexCom delivers.
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The challenges of gas turbine exhaust (GTX) systems place special engineering demands on expansion joints, requiring careful attention to precision design and fabrication. Similar to our basic flat belt composite designs, FlexCom GTX expansion joints go the extra mile for intensive power plant needs ranging from heat reclamation to turbine housing ventilation. |
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Fabric expansion joints are the workhorse of many industrial plants, connecting exhaust system components to their adjacent ductwork. They are most commonly found connecting transport piping and exhaust ducts.
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For low pressure gas transfer applications (up to 1000F/5 psi) that require a lightweight, economical expansion joint solution, FlexCom's U-belt joint designs deliver an excellent balance of engineering value and cost effective durability.
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For industrial applications that require expansion joints capable of accommodating high pressure (up to 300psi), very high temperature and/or liquid transfers, FlexCom offers a complete line of tested and proven metal bellows designs. Containing no fabric components, these joints are fabricated (depending on application requirements) from one of more layers of stainless steel. |
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The flexible fabric components of FlexCom expansion joints require high durability, exceptional heat tolerances and a great degree of versatility. Our two primary thermoplastic fabrics, FlexLam™ and ChemShield™, each provide our joint designs with high degrees of reliability in demanding industrial operations. |
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Ideal for gas transfer applications, FlexCom's ChemDuit™ two-ply flexible laminate duct tubing offers a nonporous, lightweight solution to the problems of chemical attack and large axial movement compensation. |
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