Geogrids
A geogrid consists of a 2-dimensional arrangement of integrally connected tensile elements or ribs that form a grid or net-like structure, usually supplied in roll form. Manufactured from polymers, geogrids are classed as geosynthetic products; this is a broad product classification that includes geotextiles and geomembranes alongside other minor categories.
Tensar geogrids are typically manufactured from oriented high-density polyethylene (HDPE) or polypropylene (PP) for durability, stiffness and strength. The junctions between ribs are integrally formed giving them high strength and structural stability. The design quality and effectiveness of Tensar geogrids has made them the go-to solution for local authorities in the UK and around the world.
ECO-MSE
Green Gravity Walls’ ECO-MSE (Mechanically Stabilized Earth) bags are engineered to meet high-performance standards for retaining wall applications, erosion control, and soil stabilization, providing a cost-effective and environmentally responsible solution. These geo-textile non-woven, needle-punched eco-bags are designed to allow the natural growth of plants, flowers, and grass while retaining soil, seamlessly blending into the surrounding environment to create a natural aesthetic.
Our ECO-MSE bags, when used with interlocking gripper retaining plates, form solid and stable retaining walls with an efficient and easy installation process. Combining the strength of ECO-MSE principles with innovative geotextile technology, our system ensures durability, resilience, and long-term reliability, conforming to rigorous international testing standards. Additionally, the efficient installation process reduces labour costs by approximately 60% compared to conventional retaining wall systems, minimizing site disruption, keeping projects on schedule, and delivering superior structural performance for civil engineering and landscaping applications.
Geopins
Geopins are high-strength anchoring devices designed to secure geogrids, erosion control blankets, and other geosynthetic materials to the soil. Their tapered design ensures easy installation, excellent pull-out resistance, and long-term stability across varying soil conditions. Widely used in slope reinforcement, retaining systems, and ground stabilisation projects, Geopins provide reliable fastening that enhances structural performance and extends the lifespan of geotechnical solutions.
