Trenchless Infrastructure & Pipe Coating Materials

Trenchless Infrastructure & Pipe Coatings Materials. Developed in Our Lab. Proven in the Field.

We formulate, manufacture and provide a complete line of advanced structural rehabilitation products for a broad range of water, sewer, storm and industrial infrastructure.

Since 1991, our Quadex® division has been one of the industry’s most respected formulators and manufacturers of protective coatings, linings and repair materials. Our products are designed and rigorously tested to repair and rehabilitate aging, damaged or structurally compromised infrastructure.

We also custom-manufacture products to meet your very specific performance requirements.

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Hybrid cement application
Hybrid Cements
Hybrid Cements

Quadex hybrid cements provide full structural rehabilitation capability. We recommend using hybrid cements in manholes and infrastructure relining in non-corrosive environments.

Geopolymer Pipe Coating Example
Geopolymer Mortar
Geopolymer Mortar

GeoKrete® Geopolymer is a fully structural, corrosion-resistant geopolymer mortar best used in corrosive environments on large diameter pipe, non-round structures and manholes. It can be troweled, sprayed or spin applied.

Concrete Patching Materials
Concrete Patching Materials

Our quick-setting concrete patching materials are designed to stop infiltration in all types of concrete and masonry structures. Use first to repair issues in sewer lining and rebuild vertical and horizontal concrete applications.

Geopolymer pipe coating products
Epoxies and Polymeric Materials
Epoxies and Polymeric Materials

For extreme corrosion protection, structural enhancement, flexible lining solutions, our full line of epoxies and polymeric materials are an excellent choice for pipes, manholes, wet wells, junction boxes and other infrastructure.

Polyurethane Grouts
Polyurethane Grouts

Quadex has formulated and produced a full line of polyurethane foam grouts to address a host of issues related to inflow and infiltration and subgrade erosion caused by leaks, cracks, offset joints and voids in aging infrastructure.