Contech Engineered Solutions LLC

United States

E'GRID® geogrids provide enormous economical and structural benefits with their high rib-tensile modulus and high resistance to provide superior aggregate confinement and performance longevity. With over 30 years of proven performance and economy - the biaxial geogrid provide project-proven results. E'GRID Benefits: Reduced Aggregate Layer Thickness Increased Structure Longevity Optimized Performance and Longevity The combination of long-established mechanical, geometrical, and durability characteristics enables E'GRID biaxial geogrids to significantly reduce aggregate movement. The result…aggregate layers with effective load-distribution capability…and industry-proven benefits: Thinner aggregate layers with lower in-place cost Reduced life-cycle costs using conventional aggregate layer thicknesses Optimized structure longevity and economy There is good news! We've put you in control with a design software created specifically with you in mind. BI-DESIGN® software is a tool for use by engineers and other professionals to assist them in determining the proper E'GRID® geogrid products to use in their design of earth structures which incorporate geogrids

Performance Grounded in Technology. We offer woven and nonwoven geosynthetics that apply to a broad range of civil engineering construction, paving, drainage and other applications. These engineered geosynthetics perform three basic functions: separation, stabilization and filtration. Our dimensionally stable woven and nonwoven solutions are resistant to ultraviolet degradation and to biological and chemical environments normally found in soil. They outperform and are more cost effective than conventional soil methods. Our geosynthetics have been used for decades with billions of square yards of nonwoven and woven geosynthetics installed around the world. From geosynthetics for the construction and closure of solid waste landfills to the separation, stabilization and reinforcement of roads, our geosynthetics are renowned for their ability to reduce construction and life-cycle costs in a wide range of applications.