Soil Stabiliser Geocell

Soil Stabiliser Geocell

Soil Stabiliser Geocell is a cost-effective solution for erosion control and slope stabilization. It is also environmentally friendly and can be installed quickly and easily. This is especially beneficial for projects that need to be completed quickly or with limited access to equipment.

The cells in a geocell grid form a 3-D zone of confinement, curtailing soil particle lateral movement. This increases the stability of weak soil and reduces the risk of failure.


Geocell is a cost-effective alternative to other slope stabilization methods. It requires minimal excavation and site preparation, eliminates the need for expensive fill materials, and is permeable, reducing water runoff. It also offers high insulation values and is environmentally friendly. It is a sustainable construction method that minimizes soil disturbance and promotes vegetation growth.

The cellular confinement system in geocells distributes compressive and tensile stresses evenly, increasing the load-bearing capacity of weak soil foundations. This makes it a superior soil stabilizer for roads, industrial yards, and other infrastructure projects. It can also be used to reinforce paved surfaces and to strengthen earth-retaining walls.

It is also economical to install. A single crew of four people can install the product in just two days, making it a great choice for projects with tight deadlines or limited access Soil Stabiliser Geocell to equipment. The lightweight nature of geocells also reduces labor costs and risk of injury during installation.

The BaseLok Geocell system is designed to work with a wide variety of infill materials, including angular rock, vegetated soil, and concrete. Depending on the project requirements, it can be installed in channels with flow velocities up to 25 ft/s (7.6 m/s). It is a flexible, cost-effective, and environmentally friendly solution to slope stabilization and channel protection. In addition, it is a quick and easy alternative to traditional crushed stone slope armoring.

Environmentally friendly

Soil stabilizer geocells are a versatile, environmentally friendly solution that can be used to reinforce soils and control erosion. These three-dimensional honeycomb-like structures, made from HDPE, are filled with loose or granular fill materials and compacted to create robust stiffness and performance. This makes them a viable alternative to traditional slope stabilization methods, which can be time-consuming and expensive.

They can be used for many projects, including road construction, landfills, retaining walls, and more. Their ability to resist lateral movement of surface layers makes them ideal for stabilizing roads in soft soils, as well as preventing erosion along the sides of roadways. In addition, they can be used to construct channels and drainage solutions.

Erosion can be costly for farms, reducing productivity and negatively impacting animal health. By controlling erosion and mud, geocells help farms stay operational and profitable by reducing repair costs and maintenance. They also protect crops and livestock from contamination and promote plant growth.

There are several different types of geocells, including perforated and non-perforated versions. You can choose which one is best for your project based on the needs of your site and application. Geocells are easy to install and can be used in any climatic conditions. Compared to other slope stabilization methods, geocells require less material and labor, making them a cost-effective option for your next construction project.


When used for soil stabilization, a geocell cellular confinement system helps create a solid foundation that can support structures and roads. The three-dimensional system disperses load, which reduces pressure on sub-base soil and increases bearing capacity. It also prevents rutting and erosion in high-traffic areas.

Geocells are available in a variety of sizes and shapes to accommodate different applications. They are also easy to install. During installation, a qualified inspector should supervise the process to ensure that all quality standards are met. In addition, a geotextile should be laid over the Geocell to provide stability and aid in drainage.

A Geocell ground grid can be filled with various materials, including gravel or soil. This eliminates the need for significant quarrying, which is more environmentally friendly. It also allows for the geogrid manufacturer use of lower-quality aggregates that are commonly found locally. This helps minimize the amount of foreign material and reduces overall project costs.

HDPE Geocells are made up of strips that are welded together to form a honeycomb-like structure. They are available in perforated and non-perforated versions. The perforations in the strips allow water to pass through, reducing distortion and improving load distribution. The non-perforated version has smooth walls and is best for landfill applications. In a study, a geocell was able to support a load of 400 kilograms per square meter without damaging the surrounding soil.

Easy to install

Soil Stabiliser Geocell is a great solution for stabilizing slopes and supporting loads on weak soils. It can be installed quickly and easily without the need for heavy equipment. In addition, it can reduce costs by preventing costly repairs and replacements of failed subgrade soils.

It’s also easy to maintain. After installing the TYPAR cellular confinement system, you can fill the cells with gravel, sand or other types of infill materials. You can even plant vegetation around the geocells to keep the soil from eroding. This is an especially important step for farm roads, where erosion can cause costly damage to crops and livestock.

Cellular confinement systems are a cost-efficient, environmentally-friendly alternative to traditional road building methods. They provide a strong, stable surface for heavy vehicles that can withstand long-distance travel. They’re also quick to install, and can be used in a variety of climatic conditions.

Before you begin construction, it’s essential to prepare the site. This includes removing all vegetative cover and unacceptable soils. Then, replace them with acceptable material and complete all earthwork in accordance with job specifications. Also, it’s important to install a geotextile under the Geocell for separation, reinforcement and weed control. Once you have all of these items in place, it’s time to start construction. Make sure the geocells are fully expanded and stapled to the ground.