GeoGro - Textured Geocell

• Material:PP
• Color: White or Black or Yellow
• Cell Height : 50mm-200mm
• Cell Length：330-660
• Thickness：1..0/1.5mm

After the rolling roller made of sheet welded into a patterned geocell, rolled polyethylene sheet made of the geocell can improve the inner friction between the geocell wall and the filling section, this application in the grid has many advantages: in the application of the cell super support, the larger geocell wall and the internal friction between the filling section can improve the vertical deformation of the border section relative to the grid geocell, thus making the vertical load vertical load to the surrounding geocell more effective transmission. The vertical cut load on the roadbed is reduced more than the smooth geocell, which further reduces the overall thickness of the roadbed.

Perforated sheet geocell.
Porous geocells can improve the friction performance of geomaterials and fillers, at the same time The existence of the time hole is conducive to lateral drainage.

A non-perforated geocell composed of flexible sheets.

Each cell is independent, effectively preventing the filling from moving sideways. The geocell is connected by a wide strip of polymer through strong welding or riveting. The connected three-dimensional mesh, which is opened and filled with stone or concrete material during use, can Enough to form a structure with strong lateral restriction and high rigidity. On the one hand according to the soil The different specifications, heights and strengths of the chambers can be used for slope protection and erosion Protection and foundation cushion. On the other hand, from the perspective of environmental protection, Covering the structure with green plants can not only achieve the greening effect, but also achieve Soil and water conservation has made geocells a rare environmental protection material in today’s society material.

Reinforcement mechanism of geocell

The soil is formed by the accumulation of loose soil particles, and the unreinforced soil cannot withstand the horizontal tension, so it cannot restrain the lateral displacement caused by the vertical load of the foundation. Reinforced materials are arranged in layers in the horizontal direction of the reinforced soil, and they form a firm connection with the soil. At this time, the reinforced material in the reinforced soil can be regarded as a tensile member, which generates friction with the soil body to limit the lateral deformation of the upper and lower soil bodies. Enhance the stability of the soil, thereby also improving the bearing capacity of the soil.