Black Color Geocell

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Black Color Geocell

The TYPAR Geocell GS cellular confinement system improves stability of soft soil foundations by distributing compressive and tensile stresses evenly. It ships in a compacted panel form and expands to its final size and shape on-site.

This paper investigates the effect of low temperature on the tensile strength and deformation of geocell strips made of three different raw materials. The test results are compared with those of specimens tested at room temperature.


Geocell is a unique three-dimensional geosynthetic material with a close-connected honeycomb structure. It can be filled with soil, macadam or aggregates, making it a highly effective reinforcement method. Its compact cellular confinement system greatly increases the strength of fill materials, and it also performs well in preventing erosion.

Compared with geogrids, geocells have better load support capabilities, and they distribute compressive and tensile stresses evenly, helping to improve the strength of weak foundations. These features make them the perfect solution for infrastructure projects that require durability and stability.

The TYPAR Geocell GS combines the strength of a geotextile with the permeability of a cellular confinement system. It is a dark grey PP/PE bicomponent fiber geotextile that Black Color Geocell ships in panel form and expands into a honeycomb formation on-site, increasing stability and vegetation performance. It is also permeable to water, air and nutrients, reducing construction costs by eliminating the need for costly supplementary materials.

The geocells are welded together using high-power ultrasonic waves to create an interlocking matrix that is extremely strong and durable. They are also manufactured under a quality management system that is ISO-9001:2008 certified. This ensures that the geocells will have a long life cycle, even in harsh climate conditions. In addition, the polymer is stabilized with Hindered Amine Light Stabilizers (HALS) to prevent degradation from oxidation caused by UV radiation.


Black Color Geocell is a revolutionary soil stabilization solution that’s gaining popularity for its effectiveness in landscaping and road reinforcement projects. It’s manufactured using PP plastic to create a sturdy honeycomb structure that confines the infill material and increases its stability. It also helps prevent erosion and combats flood problems. The lateral spreading of the soil particles is prevented by drainage ports built into each cell segment.

Compared to other conventional slope stability methods, such as the use of concrete panels, the Geocell is less expensive and more durable. It’s also better suited for cold climates because of its superior cold resistance. This makes it ideal for slope reinforcement projects in snowy areas.

Geocells can be used to stabilize slope surfaces and walls in many ways, including improving the factor of safety (FoS) of existing slope conditions. They can also help prevent erosion of granular materials like gravel, sand or clays. They are especially useful in slopes with a high degree of permeability.

Another benefit of geocells is their ability to protect other materials, such as geomembranes on ponds or stormwater/wastewater containment basins. This way, the structures remain functional and require fewer repairs over time. They can even be used to reinforce railroads, so they don’t get damaged or worn down, making them more efficient and safe for trains to ride on.


One of the most common uses for geocells is to reinforce structures like railroads. They help them hold up better against the pressure of heavy traffic, so they don’t need to be constantly repaired or replaced. If a structure is not reinforced, it could get damaged and stop functioning altogether.

Geocells can be filled with soil, gravel, rock, concrete or other materials to give the ground some extra strength and stability. They’re also used to prevent erosion on sloped grounds and other places where the soil is not as secure. They do this by preventing the filler material from shifting significantly, so it cannot move around the area as much.

You can use a geotextile underneath a geocell, which will add several benefits to your project. It will separate, reinforce and stabilize the layer of aggregate or filling you choose to put in. It will also help keep the aggregate from sinking into the ground. It can also prevent erosion and help with weed control.

Depending on the size of the geocell, it geogrid suppliers can hold a different amount of weight. The smallest ones can hold up to 8,000 pounds (3,600 kg). The largest ones can hold up to 80,000 pounds (45,000 kg). It’s important that you fully expand your geocells before you staple them in place. You’ll need to have more than one person working on this project to ensure that they are all expanded evenly.


Black Color Geocell is a cutting-edge soil stabilization technology that has gained popularity due to its efficiencies and versatility. Its cellular confinement system allows it to evenly distribute compressive and tensile loads, making it ideal for construction projects. It can also be used to promote vegetation growth on sloped surfaces and prevent soil erosion. This is especially important for roads that are often subject to water flow.

The PP plastic two-way geogrid se cells in Black Color Geocell are designed to confine aggregate materials such as sand, gravel, and soil. The honeycomb-like structure of these cells ensures a sturdy, stable foundation for roads and other paved areas. In addition to this, the cells are perforated, allowing air and water to pass through them. This makes them suitable for landscaping projects. They are also easy to install and can be adapted to fit a variety of applications.

In addition to being easy to install, Black Color Geocell is also durable and affordable. It is manufactured using high-quality PP plastic and is resistant to harsh weather conditions. Additionally, it is resistant to UV radiation and has a long lifespan. It is also lightweight, so it can be easily transported. It can be used in a wide range of construction projects, from road construction to embankment support systems. In addition, it can be filled with concrete or soil to create an effective soil stabilization solution.

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