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Due to the significant improvement of the mechanical properties of the soil enclosed in the cells, the system has found wide application.

Our cellular geonets are used for, among other things:

• anti-erosion strengthening of slope surfaces
• strengthening the base of road pavements,
• reinforcing the road substructure, including during construction work,
• anti-erosion reinforcement of the surface of slopes, canals, watercourses and reservoirs,
• construction of the surface of parking lots for cars and vans,
• construction of paving of temporary and forest roads,construction of paving of parking lots for cars and vans,
• strengthening the upper layers of the subgrade and railroad bed,
• strengthening and anti-erosion protection of the slopes of railroad earth structures and bridge abutments,
• construction of buttress structures

• GEOMAXX(R)cellular geogrid - a proven high-performance solution for soil stabilization

A premium product that excels in the toughest applications. It offers exceptional strength and durability at a reasonable price. 

• SMARTMAXX (R) cellular geogrid - our latest solution to reduce investment costs while maintaining full functionality and high performance

Wherever pressure to reduce costs plays a primary role, we offer our new product, which, complementing our existing one, offers excellent value for money.

• Three-dimensional structure

  Each section of the cellular geonet offered by GGP, is manufactured from textured UV-resistant high-density polyethylene (HDPE) strips on both sides, joined by ultrasonic welding in a manner that creates a honeycomb-like structure when unfolded.

  Operating principle

  The use of cellular geonets significantly improves the properties of encapsulated backfill due to the phenomenon of formation of so-called apparent cohesion. In case of loading, the three-dimensional structure of the system distributes shear stresses favorably and prevents lateral displacement in the fill due to the peripheral strength of the cells, the passive resistance of adjacent cells and from the generated friction between the cell walls and the backfill, resulting from the special texture of the strip. In varieties made of textured and perforated strips, holes in the cell walls increase friction in the case of coarse aggregates filling the sections, allowing lateral drainage and improving the properties of the system in the case of water-saturated soils.

• • ZASTOSOWANIA:

    The geogrid or cellular geo-grid, when filled with backfill, forms a rigid, high-strength substructure, acting as a semi-rigid plate that distributes vertical loads into lateral stresses and reduces contact pressures in the soil substrate, preventing lateral displacement, reducing vertical deflections, and limiting settlement even on soft soils.

    Structures based on our geonet can be found all over the world, testifying to the high effectiveness of our product and its adaptability to the most difficult local conditions.

     "examples of implementation," e.g., pipelines in Siberia.

    • EFFECTIVE PROTECTION OF SLOPES AGAINST EROSION

     

    The use of geogrids or cellular geonets reinforces and stabilizes the cultivated layer overgrown with vegetation or aggregate fill, slipping material caused by gravitational and hydrodynamic forces.

    On steep slope and trough surfaces and in cases where anchoring with system bars is not possible, additional stability is provided by high-strength polymer tension.

     "Examples of Implementation".

    • RAILWAY

    Unstable railroad embankments and subgrades cause significant problems and difficulties in maintaining rail traffic. This usually leads to reduced traffic speeds and, in extreme situations, to the closure of dangerous sections of track.

    All the above phenomena consequently lead to significant economic losses. The solution to these problems are structures that reduce vertical and lateral stresses in the subgrade, as well as strengthen and stabilize the subgrade based on Geo Globe Poland's manufactured cellular geonets

    In case of difficult site conditions, the system may additionally include other geosynthetics , such as geotextiles and flat nets

    This technology makes it possible to build on compressible soils,providing full stability and resistance to static, dynamic and hydrodynamic loads. The use of cellular geonets allows effective anti-erosion protection of steep slopes,creating stable surfaces covered with vegetation. Compared to traditional solutions, the use of cellular geonets allows for a significant reduction in time and cost, which is of considerable importance in the case of emergency repairs. In addition, this solution allows to maintain the strength parameters of the track for a much longer period of time, which significantly o reduces operating costs.