Epoxytec International Inc. products

Epoxytec CPP Sprayliner is a two-component, spray-applied, 100% solids polycyclic amine epoxy. This liner is engineered as an ultra-high build, high-strength microfiber-reinforced polymer (FRP) applied liner. It is designed to protect against corrosion while sealing from inflow and infiltration (I&I). Epoxytec CPP Sprayliner is specifically designed for rehabilitation and lining of wastewater treatment plant (WWTP) structures and other large wall, open, or semi-open structures where high film strength and durability are required to deliver sealed barrier protection against hydrogen sulfide (H2S) and I&I.

Epoxytec CPP Sprayliner MH is a two-component, spray-applied, 100% solids polycyclic amine epoxy. This liner is engineered as an ultra-high build, high-strength microfiber-reinforced polymer (FRP) applied liner. It is designed to protect against corrosion while sealing from inflow and infiltration (I&I). Epoxytec CPP Sprayliner MH is specifically designed for rehabilitation and lining of sanitary sewer collection systems (sanitary sewer manholes, cylindrical lift stations, pipes) where high film strength and durability are required to deliver sealed barrier protection against hydrogen sulfide (H2S) and I&I. This is achieved by the product’s formulated balance of properties of high-strength, acid protection, and high surface acceptance to saturated surface dry (SSD) conditions with the ability to cure within high humidity environments.

Epoxytec CPP Sprayliner 61 is a two-component, spray-applied, 100% solids polycyclic amine epoxy. This liner is engineered as an ultra-high build, high-strength microfiber-reinforced polymer (FRP) applied liner. It is designed to protect against corrosion while sealing from inflow and infiltration (I&I). Epoxytec CPP Sprayliner 61™ is specifically designed for use in potable, drinking water environments (certified NSF/ANSI/ CAN Standard 61) where high film strength and durability are required to deliver sealed barrier protection against corrosion and I&I.