Plastic HDPE Geocell for Road Slope Reinforcement

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HDPE Geocell with CE Certificate (Manufaturer directly!)

Geocell Cellular Confinement Systems / Geocell / Geocell systems / HDPE Smooth/Textured Plastic Geocell

1.welding distance:330-1000mm
2.height:50-250mm
3.Textured or Smooth surface

4.Color: black,brown,green

we are one of the largest geocell factory in China.

Specification:

Polymer Density	High Density Polyethylene with density of 0.935 - 0.965 g/cm3 ASTM D 1505
Environmental Stress Crack Resistance	> 4000 hours ASTM D 1693
Carbon Black Content	Carbon black content 1.5% - 2.0% ASTM D 1603
Sheet Thickness	Smooth:1.1mm,1.2mm,textured:1.5mm ASTM D 5199
Cell Details	welding distance:330-1000mm
Cell Depth	50-250mm
Seam Peel Strength	As per US Army Corps of Engineer's Report GL-86-19 Appendix A
Seam Hang Strength	A 100mm wide seam sample supports a 72.5 kg load for a minimum of 30 days in an ambient room temperature environment.
Certification	CE ,ISO

Item Model	Height (mm)	Welding distance (mm)	Sheet thickness (mm)		Tensile yield strength of the cell (MPa)	Seam peel strength (N/250px)
Item Model	Height (mm)	Welding distance (mm)	smooth	textured	Tensile yield strength of the cell (MPa)	Seam peel strength (N/250px)
TGLG-50-400	50	400	1~1.1	1.4~1.5	20.0	1000
TGLG-100-400	100	400	1~1.1	1.4~1.5	20.0	1000
TGLG-150-400	150	400	1~1.1	1.4~1.5	20.0	1000
TGLG-200-400	200	400	1~1.1	1.4~1.5	20.0	1000
TGLG-75-330	75	330	1~1.1	1.4~1.5	20.0	1000
TGLG-100-330	100	300	1~1.1	1.4~1.5	20.0	1000
TGLG-150-330	150	330	1~1.1	1.4~1.5	20.0	1000

Notes：

(1)welding distance:330mm~800mm

(2)we can produce smooth/textured geocell, perforated/non-perforated geocell

(3)The special spec or size can be manufactured according to the demands of the contract

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Reinforced Plastic HDPE Geocell with CE Factory

Q:What is the maximum height that geocells can be stacked?: The maximum height that geocells can be stacked depends on factors such as the type and quality of the geocells, the soil conditions, and the intended use. Generally, geocells can be stacked to heights ranging from a few inches to several feet. However, it is essential to consult with a geotechnical engineer or manufacturer to determine the specific stacking height suitable for a particular project.

Q:How do geocells enhance the stability of cut slopes?: Geocells enhance the stability of cut slopes by providing a reinforced and stabilized structure. The cellular confinement system of geocells helps to confine the infill material within the cells, preventing it from sliding or eroding. This confinement increases the shear strength of the fill material, reducing the potential for slope failure. Additionally, the interconnected cells distribute the load evenly, improving the overall stability and load-bearing capacity of the slope.

Q:How do geocells improve water retention?: Geocells improve water retention by creating a grid-like structure that holds soil particles together, preventing erosion and promoting better water infiltration and storage in the soil.

Q:Can geocells be used in ground reinforcement for sports fields?: Yes, geocells can be used in ground reinforcement for sports fields. Geocells provide a stable and durable support system that helps distribute weight evenly and prevent soil erosion. This makes them an ideal solution for reinforcing the ground in sports fields, ensuring a stable playing surface and minimizing the risk of injuries.

Q:Can geocells be used in underground sewage treatment systems?: Yes, geocells can be used in underground sewage treatment systems. Geocells are versatile and can provide structural support and erosion control in various applications, including underground infrastructure. In sewage treatment systems, geocells can be used to stabilize and reinforce the soil, preventing erosion and enhancing the overall stability of the system. Additionally, geocells can be filled with various materials, such as gravel or sand, to create efficient filtration and drainage systems within the underground sewage treatment infrastructure.

Q:Are geocells resistant to hydraulic pressure?: Yes, geocells are resistant to hydraulic pressure. The interconnected cells in geocells provide a stable and strong structure that can withstand hydraulic pressure, making them ideal for erosion control, slope stabilization, and other hydraulic applications.

Q:Can geocells be used for oil storage tank containment?: No, geocells are not typically used for oil storage tank containment. They are more commonly used for soil stabilization, erosion control, and slope protection applications. For oil storage tank containment, specialized materials and systems designed to handle the specific requirements and regulations of oil storage are generally used.

Q:Can geocells be used in oil and gas pipeline construction?: Yes, geocells can be used in oil and gas pipeline construction. Geocells are often used as a protective layer to prevent soil erosion and stabilize the ground. They can help to enhance the stability and load-bearing capacity of the pipeline corridor, prevent soil movement, and mitigate potential damage caused by external factors like heavy traffic or environmental conditions.

Q:Can geocells be used in retaining wall facing systems?: Yes, geocells can be used in retaining wall facing systems. Geocells are three-dimensional honeycomb-like structures made from high-density polyethylene materials that can provide structural support and stability to soil or fill materials. By placing geocells in front of a retaining wall, they can help prevent erosion and improve the overall stability of the wall. Additionally, the cells can be filled with vegetation or other materials to create a green facing system, making them a versatile option for retaining wall applications.

Q:Are geocells suitable for use in embankment construction?: Yes, geocells are suitable for use in embankment construction. Geocells provide an efficient and cost-effective solution for soil stabilization and erosion control in embankments. They create a strong and stable base by confining and reinforcing the soil, preventing lateral spreading and enhancing load-bearing capacity. Geocells also promote vegetation growth, further improving the embankment's long-term stability.

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