Soil Stabiliser Geocell

Using geocells in your construction projects can improve the strength and stability of soil. These cellular confinement systems stabilize soft, sandy soils by reducing soil particle lateral mobility.

They also increase the load-bearing capacity of slopes and retaining walls. Moreover, they are cost-effective and environmentally-friendly.

Geocells are a versatile solution for many different applications. They are easy to install and work in all climatic conditions.

Cost-Effective

Geocells are a great way to stabilize soil for a number of reasons. They help prevent erosion Soil Stabiliser Geocell on slopes by making the surface firmer, which helps to stabilize the surrounding area and protect against landslides. They also reduce the amount of material needed to stabilize a slope, saving both time and money. Additionally, they can be installed quickly and easily, without the need for heavy equipment.

The cellular confinement system is a cost-effective solution for many applications, from stabilizing building foundations to creating green slopes and retaining walls. Its cellular structure allows it to fit a variety of terrains and soil types, including soft and sandy soils. The cells of the Geocell enclose and constrain soil particles, which reduces their lateral mobility, enhancing ground stability.

Additionally, it provides an effective method for increasing the load capacity of grade slabs and strip footings. In one project, the Geo cellular grids were able to support over 400 kilograms per square meter of load. This significantly increases the life of roadways, parking lots and other structures.

The TYPAR Geocell GS is an ideal solution for slope stabilization, channel protection, and load support in a variety of applications. The cellular confinement system is easy to install, requiring no heavy machinery. It is designed to work with a wide range of infill materials, from angular rock for steep slopes to aggregate for permeable roads and concrete for vehicular traffic.

Environment-Friendly

TYPAR Geocell is a ground stabilization system that transfers downward forces laterally, reducing loads on underlying soils. This cellular confinement system can be filled with soil, angular rock, and concrete, making it a great choice for road construction and slope reinforcement. For example, it can be used to stabilize sand in road construction, reducing the thickness of constructed profiles and cost.

The cellular structure of TYPAR Geocell also prevents lateral displacement of fill materials, reducing the stress and pressure on road surfaces. It also improves shear strength and enhances load-bearing capacity. It is a cost-effective solution to stabilize soft and unstable soils, allowing contractors and builders to build greener and smarter.

Erosion is a common issue in mountainous areas, where the soil is particularly fragile and shifts geomembrane easily. However, erosion can be prevented by using a retaining wall or other solutions. However, these methods can be expensive and time-consuming.

Ocean Non Wovens has developed a revolutionary soil stabilization product called the TYPAR Geocell, which can be filled with plants, concrete, and other locally obtained materials. This method allows contractors and builders to build green slopes and retaining walls without the need for considerable excavation, which reduces the environmental impact of the project. The TYPAR Geocell is also a safe alternative to traditional concrete walls for the protection of buildings and infrastructure against avalanches.

Versatile

A geocell cellular confinement system is an effective soil stabilization solution that can be used to reinforce poor load-bearing material, reducing shrink/swell and increasing shear strength. This makes it ideal for construction projects that need to withstand heavy loads like roads and parking lots. The cellular confinement system also helps to stabilize slopes and improve erosion control.

Unlike other stabilization methods, such as stone pitching and mulch matting, geocells help to prevent erosion by keeping the filler in place. This way, erosion is not as severe and does not cause a safety risk. It is also cheaper and faster to install than traditional methods, which means you can save money on supplies and labour.

In addition to being cost-effective, geocells are highly versatile and can be used in many different applications. They can be used in agriculture to reinforce soil and prevent erosion, or in road construction as a base layer for pavements and bridges. They can also be used to stabilize slopes and retaining walls. Depending on the application, you can choose from perforated or non-perforated geocells. Perforated geocells have holes in them that allow air and water to pass through, while non-perforated ones are ideal for applications where moisture is not an issue.

Singhal Industries’ geocells are manufactured under stringent quality control guidelines and meet global standards. This ensures that they can be trusted to provide reliable solutions for any project. In one example, they were used to stabilize the soil on a highway infrastructure project with steep slopes. This prevented erosion, ensuring that the road would last longer and provide a safe environment for pedestrians and cars.

Easy to Install

These geocells are designed to be used on slopes and are easy to install. They can be filled with soil, gravel or other infill material to stabilize a steep slope or to control erosion. The three-dimensional honeycomb structure of the geocells allows them to conform to the terrain. Geocells are also easy to transport, which reduces logistics costs and makes them more cost-effective than traditional geosynthetic materials such as geogrids.

The first step in installing these geocells is to prepare the ground. You will need to dig a hole that is at least as large as the geocells. You will also need to put down a layer of geotextile, which is optional but highly recommended for separation, reinforcement and weed control. We recommend using a woven or non-woven geotextile, depending on the application.

Once you have prepared the area, it’s time to place the geocells. The larger the area, the more geocells you will need to install. It is important to note that these geocells do not come pre-assembled and fully expanded, so you will need help expanding them when they are ready for installation. The best way to do this is to have a few people assist with the process, which will ensure that all of the geocells are expanded properly. Once they are expanded, you can then staple them in place with rebar or stakes.