Applications

Inliner offers a wide range of long-lasting, environmentally friendly products for the renewal of small and large diameter pipes across a spectrum of applications. Inliner technologies have been used to renew pipes ranging in diameter from 4” to 96. Pipe thickness can be varied over a wide range, and resins are formulated to meet the pressure, corrosive, and abrasive needs of specific applications.

Municipal Applications

• Process: The most important advantage of Inliner technologies to our municipal customers is the elimination of major disruption and risk to municipal life. Inliner cured-in-place pipe renewal is trenchless, fast, effective, and long-lasting. No open trenches, no traffic disruption and risk, and minimal discomfort for constituents. Our pipe professionals are safe, skilled installers who understand and respect the care required by a municipal project.
• Proven: Every Inliner installation is backed by proven designs, proven materials, proven installation experience, and proven service. We laboratory-test the installation to verify that it will meet or exceed its specified design criteria. Inliner also meets or exceeds all ASTM specifications applicable to cured-in-place pipe installation.
• Versatility: Inliner technologies can renew storm sewers, sanitary sewers, and culvert pipes. The flexibility and custom design of Inliner products makes it easy to unify a system made of many different materials and different size in a single renewal.
• High return on investment: we take advantage of the existing piping's capabilities to conduct our renewals, increasing their value to the system while providing considerable additional benefit.
• Approved: Inliner is already on the list of approved products in hundreds of municipalities and sewer districts. Inliner’s adaptability makes it perfect for use in a municipal system with diverse materials representing different periods and phases of development. It is compatible with all kinds of pipeline materials, and is available in virtually any wall thickness.