• HDPE Geocells for Driveways in Road and Slope Surface Protection System 1
  • HDPE Geocells for Driveways in Road and Slope Surface Protection System 2
  • HDPE Geocells for Driveways in Road and Slope Surface Protection System 3
  • HDPE Geocells for Driveways in Road and Slope Surface Protection System 4
  • HDPE Geocells for Driveways in Road and Slope Surface Protection System 5
  • HDPE Geocells for Driveways in Road and Slope Surface Protection System 6
HDPE Geocells for Driveways in Road and Slope Surface Protection

HDPE Geocells for Driveways in Road and Slope Surface Protection

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
10000 m²
Supply Capability:
300000 m²/month

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Description Of HDPE Geocell in Road and Slope Surface Protection

Geocell is a new type of high-strength geosynthetics, which is popular in domestic and abroad. It is a kind of three-dimensional network structure shaped by high-strength HDPE sheets through ultrasonic welding of high strength. Currently, it is being widely used in construction, such as highway, railway, bridge, dyke, etc.

Main Features of Geocell in Road and Slope Surface Protection

1.Light weight, wear-resistant, chemical stability, light oxidation aging, anti-acid/alkali corrosion, applied to different geological conditions, such as saline soil, desert, etc.

2.Wide temperature range, high tensile strength, good rigidity and toughness, good load capacity and anti-erosion ability.

3.Size is relatively stable, change the height and welding distance can meet the needs of different projects.

3.Retractile, easy to transport.

4.Easy to use, can use the local materials and achieve rapid construction, reduce construction costs.

5.Can be used repeatedly.

Specifications of Geocell in Road and Slope Surface Protection


Product Type

Height(mm)

Welding Distance(mm)

Thickness

(mm)

Tensile Strength of Welding Points(N/cm)

Tensile Strength of Connection of Cells(N/cm)

Tensile Strength at Yield of Each Sheet(N/Mpa)

Flat and Not Perforated

50≤H≤250

330≤A≤1000

1.1/1.2

≥100

≥120

≥20

Flat and Perforated

50≤H≤250

330≤A≤1000

1.1/1.2

≥100

≥120

≥20

Embossed and Not Perforated

50≤H≤250

330≤A≤1000

1.5

≥100

≥120

≥20

Embossed and Perforated

50≤H≤250

330≤A≤1000

1.5

≥100

≥120

≥20

Remarks:

  Width of the product can be made according to the customer’s demand, and the other special standards will be carried out by agreement or contact. (The product has past CE certification)

Applications of Geocell in Road and Slope Surface Protection

1.To stable the roadbed of highway/railway.

2.To bear the load of dyke, retaining wall.

3.To improve the watercourse of shallow river.

4.To support the pipeline and sewer.

5.To be used as independent wall, wharf and breakwater, etc..

6.To be used for the regulation of the desert, beaches, river bed and river bank.

Methods

  In construction, the geocell can be pulled into a network and launched into a three-dimensional honeycomb grid, then filled with soil, macadam, concrete or other granular materials to constitute to be a structure with strong lateral restriction and large stiffness.

Concrete construction method

1.Open the superimposed geocell.

2.Fixed with nails or connected with the framework of stretching device.

3.Fill the particle filler until the full and beyond standard room to the top, then vibrate or roll to finish the primary work.

4.At this point, cell chamber system can support all kinds of construction equipment. The construction can be done directly in the above.

IMages of Geocell in Road and Slope Surface Protection


HDPE Geocell in Road and Slope Surface Protection

HDPE Geocell in Road and Slope Surface Protection

HDPE Geocell in Road and Slope Surface Protection

RFQ:

Q1:Can you provide a sample for us?

A:yes,we can provide for your free samples based on freight collect.

 

Q2:What is your MOQ?

A:MOQ is 10000sqm.

 

Q3:What is payment terms?

A:T/T,L/C

 

Q4:What is your lead time?

A:According to your order quantity,usually 7days for 1*40HC

 

Q5:Do the customized design accepted?

A:We welcome customized design.


Q:How do geocells reduce the need for aggregate materials?
Geocells reduce the need for aggregate materials by confining and stabilizing the soil within their cells, which eliminates the necessity for excessive use of traditional aggregate materials. The cells efficiently distribute the load and increase the load-bearing capacity of the soil, reducing the thickness of the aggregate layer required for construction projects.
Q:Can geocells be used in floodplain management?
Yes, geocells can be used in floodplain management. Geocells are three-dimensional honeycomb-like structures made from high-density polyethylene (HDPE) materials. They can be filled with soil, aggregate, or other materials to create a stable and permeable structure. In floodplain management, geocells can be utilized to prevent erosion, stabilize riverbanks, and control sedimentation. They provide a cost-effective and environmentally friendly solution for managing floodplains by reducing the risk of flooding and minimizing the impact on natural habitats.
Q:Can geocells be used in canal lining?
Yes, geocells can be used in canal lining. Geocells are a type of cellular confinement system that can provide stability and erosion control to canal banks. They are commonly used to reinforce and protect the soil in various civil engineering applications, including canal lining. Geocells can help prevent soil erosion, improve water flow, and provide long-lasting support to the canal infrastructure.
Q:How are geocells used in erosion control?
Geocells are used in erosion control by providing a stable and reinforced structure for preventing soil erosion. They are typically filled with soil or aggregate material and placed on slopes or banks to create a strong and permeable barrier. The interconnected cells of the geocell system help distribute and absorb the forces of erosion, preventing the soil from being washed away. This helps to stabilize the ground, protect vegetation, and control water runoff, thereby effectively combating erosion.
Q:What are the advantages of using geocells in land reclamation?
There are several advantages of using geocells in land reclamation. Firstly, geocells provide enhanced stability and reinforcement to the soil, preventing erosion and ensuring long-term sustainability of the reclaimed land. Secondly, geocells facilitate efficient drainage and soil filtration, reducing the risk of waterlogging and maintaining optimal soil conditions for vegetation growth. Additionally, geocells are cost-effective compared to traditional methods, as they require less material and labor for installation. Lastly, geocells are eco-friendly, as they are made from recyclable materials and promote the establishment of green spaces in reclaimed areas.
Q:Are geocells resistant to chemical exposure from industrial sites?
Yes, geocells are generally resistant to chemical exposure from industrial sites. They are made from high-density polyethylene (HDPE) material, which has excellent chemical resistance properties. This makes geocells highly effective in protecting against chemical spills and leaks in industrial settings. However, the specific chemical resistance of geocells may vary depending on the type and concentration of the chemicals involved.
Q:What is the difference between geocells and geogrids?
Geocells and geogrids are both geosynthetic materials used in civil engineering for soil stabilization and reinforcement. However, the main difference between them lies in their structure and application. Geocells are three-dimensional honeycomb-shaped structures made of high-density polyethylene (HDPE) or other similar materials. They are typically used for soil confinement, erosion control, and slope stabilization. Geocells provide a stable framework that helps to distribute loads and prevent soil movement, while also promoting vegetation growth. They are commonly used in road construction, retaining walls, and landfills. On the other hand, geogrids are two-dimensional materials made of high-strength polymers, such as polyester or polypropylene, with a grid-like structure. Geogrids are primarily used for soil reinforcement and improving bearing capacity. They are often placed within soil layers to enhance their tensile strength and prevent the spread of cracks. Geogrids are commonly used in retaining walls, embankments, and road pavements. In summary, geocells are three-dimensional structures used for confinement and erosion control, while geogrids are two-dimensional materials used for soil reinforcement and improving bearing capacity.
Q:Can geocells be used for green walls?
Yes, geocells can be used for green walls. Geocells are three-dimensional honeycomb-like structures made from high-density polyethylene (HDPE) material. They provide a stable and structured base for planting and can be filled with soil, allowing vegetation to grow vertically. This makes them suitable for creating green walls or living walls, which have numerous environmental benefits such as improving air quality, reducing noise pollution, and enhancing aesthetics.
Q:How do geocells improve the performance of unpaved parking lots?
Geocells are a cost-effective and sustainable solution for enhancing the performance of unpaved parking lots. These honeycomb-like structures are made from high-density polyethylene and when filled with gravel or soil, they create a stable and load-bearing foundation. Geocells prevent the shifting and displacement of materials, providing increased structural integrity to the parking lot. This leads to reduced rutting, improved drainage, and enhanced load distribution, resulting in a longer-lasting and more durable surface. Additionally, geocells help to control erosion and minimize the need for frequent maintenance, making them an efficient and reliable solution for unpaved parking lots.
Q:What are the challenges in installing geocells?
Some of the challenges in installing geocells include proper site preparation, ensuring accurate alignment and leveling, managing and securing the geocells during installation, and effectively filling them with suitable infill material. Additionally, dealing with variations in soil conditions, addressing potential drainage issues, and ensuring proper connection and integration with adjacent structures can also pose challenges during the installation of geocells.

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