Mechanism: when load is applied to the top of the geocell, Geocell of numerous independent of the grid structure can limit the lateral displacement of the filling material and the material structure more closely due to the irregular shape of the material, most of the vertical The force is converted to be scattered around the lateral force, the independence of each mesh opposite and offset each other, so that these lateral forces due to the direction of the force and thereby greatly reducing the actual load of the roadbed, and to enhance the bearing capacity of the roadbed. In addition, due to the three-dimensional structure of the geocell overall rigidity greatly improve the roadbed to avoid uneven settlement of the embankment, which geonet, geogrid planar structure material can not be compared. The Geocell the range of applications: 1 Geocell for robust railway roadbed can prevent lateral movement of gravel and graded overall more robust to prevent pumping soft foundation also prevents the whole or partial collapse. Road traffic volume areas such as cross, Branch Road and Rotary Road, can significantly increase the useful life. 2, geocell for a solid road subgrade produce high resilient force and sturdy roadbed and traditional stone foundation can be reduced compared to the base thickness of 50% or more, and the gravity and the contact pressure and the ground laterally dispersed and reduced, can be used temporary or permanent road construction. Geocell to withstand the load force embankments, retaining wall, defined strengthen gravel parties to form a consistent structure, blocks lateral pressure, landslides and cohesion can adjust to support the non-structural surface and natural planting biological layer, vertical or stepped design. Geocell used in shallow river training three dimensional grid surface strengthen the power of the fill, prevent soil erosion, and the load of gravity, can reduce the cost of construction of shallow river and allow the river's designed to meet the traffic and soil various conditions. 5, Geocell for supporting pipeline and sewer pipes can be the basis of more robust, simple construction, reduce excavation without laying excess stones, both long-term to prevent partial collapse. 6 geocell used to prevent landslide and mixed load force retaining wall does not have to be a structure template, you can create a layer of sturdy wall backfill side firmly together, even the traditional gravity structures can not situation, fill local materials, to significantly reduce the cost of the project. Uses: Applicable doing cushion to deal with a weak foundation increases the bearing capacity of subsoil, slope protection structures can also be laid on the slope constitute, can also be used to build the structure of backgage. For solid railway embankment, can significantly increase the useful life; 2 for a solid roadbed, can be used for the construction of a permanent road; 3 for the to withstand load force dike retaining wall construction; 4. used in shallow river training; 5 for supporting piping and the plumbing; 6 is used to prevent landslides and hybrid retaining wall load force for independent walls, piers, breakwaters. The geocell have aging, acid, uniform structure, with good lateral limit the solid earth construction is simple and quick, Geocell used in soft ground reinforcement, steep slope protection for road, rail, airports, docks. Particularly applicable to the weathering of mountains, desert and swamp. Geocell with features: modified high density polyethylene article by adding anti-aging agent for the substrate and welded by advanced ultrasonic welding machine. Apply to be high-grade highways and railway roadbed solid and slope protection, embankments and retaining habitat wall, sod and other vegetation, vegetation slope, dam slope. High strength geocell is a strong riveted by high polymer sheet by a three-dimensional network structure. Flexibility before using laminated together in order to transport and can be manually opened using a grid-like, using local resources to fill in the loose material such as sand, gravel and dirt to form a combination of materials, obtain more high load carrying capacity to constitute strong lateral limits and stiffness of the structure, and has a strong anti-erosion ability. Construction methods: 1, the superimposed grid chamber opened (according the specific circumstances of the foundation below the compartments foreshadowing some fibrous material, such as geotextiles, felt, etc.). 2 into the soil with a T-shaped reinforced fixed open compartments. Loaders fill filler until full and beyond the top of the compartments 20-30CM and vibration or rolling to complete the grassroots. 4, the cell chamber system can support from a variety of construction equipment in its construction, to complete the surface layer in the usual way. High Strength Geocell the chamber specifications performance parameters grid TGLG chamber height: 50mm, 100mm mesh specifications: 20cm × 20cm 25cm × 25cm tensile strength: 200Mpa Elongation: ≤ 15% of riveted joints tensile strength: ≥ 150N/cm grid chamber piece edge tensile strength: 210Mpa grid chamber piece the central tensile strength: 160Mpa specifications geocell height hmm welding spacing the amm tensile strength Mpa weld tensile strength KN GS20 200 400 25 2.0