StrataGRID is a precision knitted geogrid that offers superior junction strength and a high coefficient of soil interaction. StrataGRID is made with high molecular weight and high tenacity polyester yarns and knitted into a dimensionally stable network of apertures providing tensile reinforcement both machine- and cross-directionally. A proprietary UV-stabilized saturated coating is then applied to StrataGRID, further strengthening the geogrid. StrataGRID’s coating process exposes the polyester fiber to much lower temperatures than other coated geosynthetics, thereby minimizing fiber degradation. StrataGRID is also available with a smaller aperture size as MicroGRID and is used a secondary reinforcement method in steep slopes and as slope facing reinforcement.

StrataGRID Product Data
Installation Guidelines

Strata SLEEVE-IT is the pre-engineered solution for building fence-ready, code compliant retaining walls. Fence and handrails installed in the Sleeve-It system directly behind the wall unit will meet the International Building Code requirements. The Sleeve-It system uses a cantilever design to engage the overlying soil mass, providing resistance to the fence load. For the past twenty years installing fence directly behind a segmental retaining wall has been problematic. Today, SLEEVE-IT has the solution. The Sleeve-It system provides both ease of installation and structural integrity that is code compliant.

SLEEVE-IT Brochure

StrataDRAIN is a high flow, fusion-bonded, geonet/geotextile drainage composite which aids in the drainage of many soil and foundation reinforcement applications. StrataDRAIN can be used as a wick drain in embankments, an underdrain in foundations, an inceptor drain in slopes and as a wall drain for both foundation and retaining walls.

The strength and uniformity of the fusion bond between StrataDRAINs layers makes them highly resistant to layer separation. StrataDRAIN has excellent hydraulic performance and minimizes a project’s potential for failure planes, caused by the fabric portion of the composite sliding on the drainage core.