Geocell
Cellular confinement systems —also known as geocells—are widely used in construction for erosion control, soil stabilization on flat ground and steep slopes, channel protection, and structural reinforcement for load support and earth retention.
Benefits of Geocell
Protection and stabilization of steep slope surfaces
Geocells are used to protect slopes from erosion and help stabilize the surface. The cells conform to the terrain and create a three-dimensional wall that prevents soil particles from moving laterally. This helps prevent landslides and keeps the slope stable.
In addition, geocells reduce the amount of material required to stabilize a slope, which saves time and money. They can also be installed quickly and easily, without the need for heavy equipment.
Geocells are widely used in road construction to prevent erosion on steep grounds. In one project, a crew of four people was able to install over 11,000 square meters of geocellular reinforcement in just two days.
Erosion is not only a problem on steep slopes. It can also occur on flat surfaces, like roads and parking lots. In these cases, geocells can be used to create a textured surface that helps prevent the loss of material due to wind and water erosion.
Geocells are often used in conjunction with other stabilization methods, such as gabions, check dams, and retaining walls. When combined with these methods, geocells provide even greater stability and protection from erosion.
Protective linings of channels and hydraulic structures
Geocells are also used as protective linings for channels and other hydraulic structures. The cells form a three-dimensional wall that prevents soil particles from entering the waterway and causing pollution.In addition, the cells help reduce the erosion of the channel bed and sides. This extends the life of the structure and helps keep it in working order.
Channel linings made with geocells are also less likely to clog, which can lead to flooding. The smooth walls of non-perforated geocells prevent dirt and debris from building up on the surface, while perforated geocells allow water to flow through, removing any buildup that does occur. Geocells have been used to line over 100 kilometers of channels in Europe alone.
Channel linings are not the only application for geocells in hydraulic structures. They can also be used as a protective layer beneath riprap, gabions, and other stabilization methods. This helps prevent the erosion of the underlying soil and extends the life of the structure.
In short, geocells offer many benefits that make them an ideal solution for slope stabilization and protection from erosion.
Static and dynamic load support on weak subgrade soils
Geocells are also used to support static and dynamic loads on weak subgrade soils. The cells create a three-dimensional grid that distributes the load over a larger area, which helps prevent soil failure. In addition, the perforations in the strips allow water to flow through, which helps keep the soil moist and prevents it from becoming compacted. This increases the stability of the soil and reduces the risk of failure.
Geocells are an effective way to support heavy loads on weak soils. In one project, they were able to support a load of up to 400 kilograms per square meter without causing any damage to the underlying soil.
The use of geocells can help reduce costs by preventing expensive repairs or replacements of failed subgrade soils. In addition, they can be installed quickly and easily, without the need for heavy equipment. Geocells are a versatile solution that can be used in several applications to stabilize slopes and support loads on weak soils.
Multi-layered earth-retaining and water-retaining gravity structures
Geocells can also be used to create multi-layered earth-retaining and water-retaining gravity structures. The cells form a three-dimensional grid that helps distribute the load over a larger area, which reduces the risk of failure.
In addition, the perforations in the strips allow water to flow through, which helps keep the soil moist and prevents it from becoming compacted. This increases the stability of the soil and reduces the risk of failure.
Multi-layered structures made with geocells are an effective way to retain earth and water. In one project, they were able to retain up to 900 liters of water per square meter without causing any damage to the underlying soil. Geocells are a versatile solution that can be used in several applications to stabilize slopes and retain earth and water.
Durable infrastructure
Geocells are widely utilized in civil engineering for road and pavement construction because they provide a flexible basis while keeping the soil intact. They prevent most of the stress cracking that happens in paved roads due to their greater load distribution capabilities. In addition, they help to keep the surface level by adjusting to thermal expansion and contraction. This extends the life of the pavement and reduces the need for repairs.
Geocells have also been used in airport runway construction because of their ability to bear heavy loads without damage. The cells distribute weight evenly over a large area, which prevents cracking and increases the lifespan of the runway.
Geocells provide many benefits that make them an ideal solution for road and pavement construction. They are flexible, durable, and able to bear heavy loads without damage. In addition, they help reduce stress cracking and maintain surface levels. Geocells have been used in airport runway construction with great success, making them a versatile option for many applications.
Enhanced slope protection
Even on steep slopes, a geocell grid is a more durable alternative to stone pitching or mulch matting. It keeps the soil from eroding without the need for pricey supplies or professional work.
The cells form a three-dimensional grid that helps distribute the load over a larger area, which reduces the risk of failure.
In addition, the perforations in the strips allow water to flow through, which helps keep the soil moist and prevents it from becoming compacted. This increases the stability of the soil and reduces the risk of failure. The cells are filled with soil and vegetation, which helps to further stabilize the slope. In addition, the roots of the plants help to anchor the soil in place.
Slope protection is not only important for preventing erosion. It can also be used to create a more aesthetically pleasing landscape. With geocells, you can have a stable slope without sacrificing beauty.
Environmentally friendly
A cellular confinement system is an environmentally acceptable approach to construct green slopes or retaining wall systems. Without considerable quarrying, the geocells can be filled with plants, concrete, or locally obtained materials such as dirt or gravel. Using locally produced products has a greater beneficial impact on the environment since it reduces your carbon footprint.
Today, environmental friendliness is a top priority. Geocells offer a green solution that is environmentally friendly and sustainable.
Why Choose us
Quality assurance
We prioritize delivering high-quality services, and our output is subjected to quality checks to ensure that our clients receive the best possible services.
01
We always deliver on time
We genuinely understand the value of time in business and hence adhere to time and deliver all projects on time to our customers.
02
Customer satisfaction
We place customer satisfaction at the core of our operations. We aim to deliver services that exceed our customer's expectations and earn their trust.
03
Professionalism
Our company is committed to providing top-notch services to our clients. We have a team of highly skilled professionals who are trained to deliver quality services.
04
Experience
Our company has years of experience in the industry, which has enabled us to build a solid reputation for ourselves. We have worked with various clients and delivered successful outcomes.
05
Landscape Architecture
Protecting plants and soil against erosion in landscape architecture entails the use of specialist technologies such as geocells. Geocell grids will reduce undesired runoff or groundwater flow while also preventing the construction of erosion channels that endanger the landscape. Other advantages include the preservation of riverbeds and tree roots, the stabilization of ground, soil, and channel walls, and the prevention of erosion in greenbelts, slopes, and vegetation.
Road Construction
About four-fifths of the world's roads are unpaved gravel access roads. These roads are frequently built over shaky ground, such as vast clay, peat bogs, or sand. These materials will disintegrate if correct technology is not in place, threatening the safety, stability, and lifespan of the highways. Geocells offer the rigidity and creep resistance required for soft soil road stabilization. They prevent the clay from shrinking and cracking, sandy soils from lateral dispersion and strain, and all soft soils from subgrade reinforcement.
Load Platform
Geocells are an excellent method for constructing semi-rigid platforms over weak soils and in regions where digging is restricted. The load capacity of grade slabs, foundation spread, and strip footings is increased by using geocell grids. Cellular confinement systems may also be used to minimize pavement sections in laydown areas, parking lots, and highways.
Retaining Wall, Embankment, and Levees Reinforcement
Geocells are an excellent solution for erosion control on embankments and slopes. They also prevent water channelization, pond linings, or any other structure that needs to be installed safely in soil with high levels of risk due to natural factors such as slope stability problems.
Green Roofs and Walls
Rooftop flower and vegetable gardens, for example, are becoming increasingly popular in cities. Geocells, with their expanded honeycomb construction that retains soil and enhances structural stability, make these places conceivable. Green walls are also popular in certain houses and companies, thanks to geocell grids.
Shape
The geocell is a deep, three-dimensional mesh structure, while the geogrid is typically two-dimensional. Geocells interlock to resemble a honeycomb-like structure. As the name suggests, geogrids resemble a tight grid.
Lateral Restriction and Stiffness
The 2D structure of geogrids makes them more flexible than geocells and ideal for use in instances where a flexible top support or a separator is needed. A geogrid is a flatter, tighter structure that inhibits adjustability more so than a geocell.
Load-Bearing Capacity
The 3D structure and the vertical support of each cell give geocells superior load-bearing capacity. Geocells are less likely to bend, buckle, and sink into the subgrade over time. Furthermore, almost any infill material can be used with geocells. The relatively flat nature of geogrids restricts the type of infill you can use with this product.
In terms of function, geocells are what's called a cellular confinement system. This means that the structure holds all the infill materials in place and distributes any weight or pressure from above across the infill and the cell walls. Geocells are three-dimensional cellular structures, which means that the system distributes pressure laterally and vertically across the area.
Practically, this means geocell is perfect for intense load support applications. For example, take a road that will support commercial vehicles, which are heavy and usually don't have great weight distribution. Geocell will stabilize that road and distribute that heavy weight across a larger area.
Quality Feedstock
Insist upon verifiable proof that your geocell is manufactured only with virgin high density polyethylene. While it is possible to achieve poor weld strength with virgin materials, it is impossible to achieve consistently excellent weld strength unless only virgin high density polyethylene is used.
Integral Components
Choose a geocell that offers connection components, tendons, stakes, load transfer clips and installation tools that are specifically tailored for the system. Using rope, staples, bent rebars (J hooks) and zip ties that are not specifically designed for use with a geocell engineered solution is unwise and potentially catastrophic. Use only designs that recognize the critical nature of these components to the overall success of the project.
Experience and Warranty
Choose a manufacturer who has thousands of projects and decades of experience. It is shocking how little some manufacturers understand about the principles and practices of engineering and soil stabilization solutions. Consider the value of a warranty offered by a company who just appeared on the scene or from private label pass through companies who source from numerous suppliers (unknown to you). Pass through private label resellers source from different manufacturers (from different countries) and you have no ability to control the quality of your material if you don't know where it is being made. The value of a warranty is directly proportional to the stability and longevity of the company offering it.
Certification and Testing
Look for indications of product quality such as CE marking or manufacture certification under the ISO 9001 standard. Ask for proof of certification to make sure that you are not buying “empty acronyms”. Insist on a Certificate of Analysis (COA) that certifies the resin lot number, seam peel strength, and other key criteria of your geocell run to ensure the material shipped to the jobsite meets printed specifications. Everyone has a spec sheet. The value of a spec sheet is that it represents the characteristics of the product. Does the material that shows up at the site meet those specs? Make sure that higher quality “special run” material is not used for testing, while lower quality material is shipped to the job site. Test samples should be taken from warehouse floors, not made special for testing requests.
Design Support
If your geocell provider does not employ full time engineers and provide free design evaluation….ask yourself, why not? Excellent geocell manufacturers are solution providers….not just material mills.
Installation Support and Distributor Network Strength
Contractors should insist that their resellers be trained in construction methods so that geocell is properly placed and so that the contractor can get in and get out quickly. Good providers have tips, methods and custom tools to speed installation. Great manufacturers care about installation……not just moving material.
Certainty
There should be no question about any detail and NEVER a question about the success of a project. Contractors and engineers deserve reputation assurance. Insist upon only geocell providers who are market leaders and who champion the category.
My Factory
Feicheng Lianyi Engineering Plastics Co.,Ltd., is established in 1998 and located in Feicheng, a well-known "Peach Town" in China, 500km away from Beijing City and 800km away from Shanghai City, closed to Mountain Tai railway station and JINAN international airport, very convenient transportation and developed communication. Our company mainly produces geogrid,geotextile,geocomposite,geomembrane and other geosynthetics materials.
Company Certificate
We are currently biggest geosynthetics manufacturer in China,the leader of geosynthetics products. Our products have been certificated by the CE,ISO, SGI,TRI, etc and are exported all over the world,including more than 120 countries. These products are widely applicable to the fields of highway, railway, water conservancy, electric power, water and soil conservation, circumstance afforestation and fundam ental construction, with favorable comments from engineering experts and clients.
Asked Questions
Q: What is Geocell used for?
Q: What is the difference between Geogrid and Geocell?
Q: What do you fill geocell with?
Wood Chips: Wood chips are similar to topsoil because they are best for low-traffic areas.
Q: What is geocell retaining wall?
Q: What is the lifespan of geogrid?
Q: What are the different types of geocells?
Q: How long does geogrid last?
Q: How is Geocell installed?
Step 2) Lay Any Additional Fabrics. ...
Step 3) Install Your GeoCell Panels. ...
Step 4) Secure With Stakes. ...
Step 5) Add Your Infill Materials.
Q: Should I use Geocell?
Q: How do you cut geocell?
Q: What is the spacing for geocell welds?
Q: What is the maximum slope for geocell?
Q: What is the pocket size of geocell?
Q: What is the difference between Geocell and concrete?
Q: What is a geocell for slope protection?
Q: What is geocell material?
Q: Is geotextile the same as geogrid?
Q: What is geocell reinforcement?
Q: Where are geocells used?
Q: Why is geocell important?
Feicheng Lianyi Engineering Plastics Co., Ltd. is one of the most professional geocell manufacturers and suppliers in China. With more than 20 years' experience, our factory offers high quality geocell made in China with competitive price. Welcome to place an order.
Erosion Control Geocell, Road Construction HDPE Geocell, cellular confinement system geocell