SewerGard® No. 210

SewerGard® Trowelable No. 210

Trowel-applied formulation is an aggregate-filled epoxy.  Its non-sagging consistency makes it the material of choice for vertical and overhead surfaces where access is limited. Standard application thickness is 1/8 inch (125 mils), however, greater thicknesses can be achieved.

Spray-applied formulation is fiber-reinforced for a high degree of durability.  No. 210S allows quick installation by a single 60-mil coat when applied by standard airless equipment.  It is ideal for large-scale applications.

SewerGard® High-Strength No. 210X

High-Strength formulation is a long-lasting, flexible epoxy lining that enables high-build capabilities wherever extreme corrosion conditions exist.  It is easily applied by plural-component or conventional airless spray equipment up to 60-mils per coat enabling high-build capabilities (80-125 mils).

SewerGard® Glaze No. 210GL

Glaze formulation is a two-component, chemical-resistant, 100% solids polymer for use as an optional (20-mil) topcoat.  This coating forms a smooth surface that is easy to maintain and cosmetically appealing.  Easily applied by plural-component or conventional airless spray equipment, or hand-applied by roller, No. 210G may also be used as a stand-alone lining, up to 60-mils per coat over steel or concrete.

SewerGard® Fast-Set No. 210FS

Fast-Set formulation is a fast-setting epoxy material engineered for use in wastewater environments.  It is particularly useful for the protection of manhole benches, inverts and other structures which are subject to very little maintenance downtime.


SewerGard® Rotary Spray No. 210RS

Rotary Spray formulation is a pumpable grade of SewerGard® specifically designed to line the interior of manholes from street level.  No. 210RS is applied at 125 mils using typical rotary application equipment.


SewerGard® Novolak Industrial No. 210N

A high corrosion-resistant Novolak Industrial epoxy is also available.  Novolak Industrial No.210N may be used in many kinds of aggressiveindustrial wastewater environments. It is specifically formulated to resist strong oxidizing environments, especially high concentrations of sulfuric acid. This material provides a protective barrier resistant to thermal shock in cooler environments and is resistant to higher temperatures.