Fabric Expansion Joint
ESONE delivers premium Fabric expansion fabric solutions for non-metallic fabric expansion fabric applications, backed by extensive experience and a broad product portfolio. We produce fabric expansion fabric built from PTFE cast film laminated fabrics, fabric expansion fabric made with PTFE cross-laminated film, and fabric expansion fabric engineered using PTFE coated fiberglass fabrics, designed as woven or non-woven insulation material options for added thermal protection. With strong gas-barrier performance, exceptional corrosion resistance, and reliable performance in extreme temperatures, these fabric expansion fabric materials help improve durability and system efficiency in demanding industrial environments. In addition to fabric expansion fabric supply, ESONE also designs and supports specialized heat-sealing equipment used in the fabrication of fabric expansion fabric for non-metallic expansion joints.
ESONE supplies PTFE coated fabrics designed for non-metallic expansion joint applications. Our specially formulated PTFE coating provides excellent release properties, flame retardancy, and strong resistance to heat and chemicals, while also delivering outstanding weatherability for reliable performance in harsh industrial conditions.
ESONE offers PTFE skived film/glass fabric solutions combining PTFE (polytetrafluoroethylene) film and E-glass fiber cloth to create a high-performance flexible material. By laminating the skived PTFE film with E-glass fiber cloth, our fabric delivers the thermal stability and chemical resistance of fiberglass along with strong mechanical performance, while maintaining flexibility and ensuring reliable use in non-metallic expansion joint applications.
ESONE provides PTFE cast film/coated fabric solutions made by laminating multiple layers of PTFE cast film and coated fiberglass fabric to form a non-porous composite. This advanced structure offers outstanding gas-barrier performance, exceptional resistance to very high temperatures, and excellent chemical corrosion protection. With PTFE cast film applied on the gas-contact side, the multi-layer design creates an additional protective barrier against corrosive chemicals, helping ensure long-term durability and reliable performance in demanding industrial environments.
ESONE supplies PTFE cross-laminated films made from 100% PTFE laminate, designed to deliver outstanding chemical resistance, strong thermal stability, and reliable mechanical strength. With a multi-oriented cross-ply structure, the material offers improved durability, excellent crack resistance, and superior flex-life, making it a dependable choice for long-term performance in demanding industrial expansion joint applications.
ESONE offers PTFE cross-laminated film/coated fabric solutions, a non-porous composite material designed for high-performance expansion joint applications. With PTFE film barrier layers on one or both sides, this construction provides strong chemical protection and reliable resistance to corrosive conditions. Continuous-filament fiberglass reinforcements enhance mechanical strength and stability, while the cross-laminated barrier layer—made by laminating three plies of high-strength PTFE film—delivers flexible, crack-resistant, and long-lasting protective performance for demanding industrial environments.
ESONE provides PTFE cross-laminated film/glass fabric designed to deliver superior mechanical strength and thermal performance compared with standard PTFE skived film laminates. The cross-laminated PTFE structure offers exceptional dimensional stability, strong stress-crack resistance, and durable crack-proof performance, while the continuous-filament E-glass fiber adds high tensile strength and reliable heat resistance. As a result, the composite fabric combines the flexibility of PTFE with the durability of reinforced fiberglass, ensuring long-term performance for demanding industrial expansion joint applications.
ESONE offers high-performance PTFE cross-laminated film, coated fabric, and insulation mat solutions for non-metallic expansion joint applications. These materials are built with a laminated, non-porous PTFE film/fabric composite structure, engineered to withstand extremely high temperatures while providing excellent tensile strength, strong tear resistance, and long-term durability under demanding industrial conditions. With a fiberglass thermal insulation layer, the system delivers reliable thermal protection and stable performance for long-lasting expansion joint operation.
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