Geogrid

Geogrid reinforcement can improve a soil or aggregate layer, but a roll with a high tensile value cannot compensate for the wrong direction, poor subgrade preparation, unsuitable aggregate, or an unplanned placement sequence. Geogrid reinforcement can improve load distribution, aggregate interaction, or soil support when the grid type, tensile direction, aperture structure, subgrade, aggregate, and […]

Road base problems are often blamed on the visible surface, while the real decision was made earlier in the subgrade, aggregate, and reinforcement layer. Triaxial geogrid can be useful for road base and pavement stabilization when its aperture structure, aggregate, subgrade condition, construction traffic, and layer design work together. It is not a universal replacement

Using a familiar overlap value without the drawing, product type, and placement method can make a geogrid installation look complete while missing its intended function. There is no universal geogrid overlap for roads, slopes, and retaining walls. The required detail depends on the product, tensile direction, aggregate or soil interface, load, geometry, construction sequence, and