• CE Certified HDPE Geocells for Erosion Control in Road Construction System 1
  • CE Certified HDPE Geocells for Erosion Control in Road Construction System 2
  • CE Certified HDPE Geocells for Erosion Control in Road Construction System 3
  • CE Certified HDPE Geocells for Erosion Control in Road Construction System 4
  • CE Certified HDPE Geocells for Erosion Control in Road Construction System 5
  • CE Certified HDPE Geocells for Erosion Control in Road Construction System 6
CE Certified HDPE Geocells for Erosion Control in Road Construction

CE Certified HDPE Geocells for Erosion Control in Road Construction

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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 used in Road Construction

Geocell is made of high-strength HDPE or PP broadband, which are welded into a piece of netty cell structure, it can be stretched out and folded easily. It can be folded in course of conveyance while being stretched out; soil, stone or concrete can be filled into it, which will become a structure body with big side restriction and high strength. It can be used as a cushion to deal with weak foundation increasing the load capacity, and can also be laid on the slope to be made up the protecting structure.

Main Features of HDPE Geocell used in Road Construction

1.  Retractile,foldable when transportation,pulled to network when construction,fill in the soil,gravel,concrete etc. loose materials,form one structure with strong lateral limitations and high stiffness;

2.  Material is light,abrasion resistance,chemical properties stable,resist photooxidation aging,acid and alkali resistant,suiltable for different soil and soil conditions,such as desert;

3.  Good lateral restrict and preven slippery,prevent deformation,effectively enhance the bearing capacity of subgrade and dispersed loads function;

4.  The geocell height and welding distance etc. geometric dimensions are all changeable in order to meet the requirements of different projects;

Specifications of HDPE Geocell used in Road Construction

ItemGeogrid ChamberHigh Strength Geogrid
Tensile Strength of Sheet   Materials Mpa23200
Tensile Strength of Weided   Seam N/cm100150
Distance of Welding (mm)330-550
Stretched Size (m×m)4×5~6×7


Applications of HDPE Geocell used in Road Construction

1. It has retractable, contractible fold when transportation, it can be tensioned reticulated when construction , fill dirt, gravel, concrete and other loose material , constitute a powerful lateral limits and  great structure stiffness .

2. Light weight, wear resistance, chemical stability, light oxygen aging, acid, suitable for different soil and desert soil conditions.

3. Higher lateral restrictions and non-slip, anti-deformation, effectively enhance the load bearing capacity and decentralized subgrade.

4. Geocell change the height, distance and other weld geometries to meet different project needs.

5. Connection is convenient, fast construction speed

IMages of HDPE Geocell used in Road Construction


HDPE Geocell used in Road Construction with CE Certification

HDPE Geocell used in Road Construction with CE Certification

HDPE Geocell used in Road Construction with CE Certification

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: Can geocells be used for oil spill recovery?
Yes, geocells can be used for oil spill recovery. Geocells are three-dimensional cellular confinement systems that can be filled with different materials, including absorbent materials that can help contain and recover oil spills. The interconnected cells create a barrier, preventing the spread of oil and allowing for effective cleanup and recovery efforts.
Q: Can geocells be used in railway construction?
Yes, geocells can be used in railway construction. They are commonly used to stabilize and reinforce the subgrade under the railway tracks, helping to distribute the load and prevent settlement. Geocells provide excellent soil confinement and erosion control, making them a cost-effective solution for improving the stability and longevity of railway infrastructure.
Q: Can geocells be used in wildlife crossing structures?
Yes, geocells can be used in wildlife crossing structures. Geocells are commonly used in civil engineering projects to stabilize and reinforce the ground. They can be filled with soil or aggregate material, providing a stable surface for wildlife to cross highways or other barriers. Additionally, geocells can be planted with vegetation, creating a more natural and appealing environment for wildlife.
Q: Can geocells be used for retaining walls in coastal areas?
Yes, geocells can be used for retaining walls in coastal areas. Geocells are a versatile solution for erosion control and slope stabilization, including retaining walls. They provide stability, prevent erosion, and allow for vegetation growth, making them ideal for coastal areas where erosion is a common issue. Additionally, geocells are resistant to saltwater and can withstand the harsh conditions of coastal environments.
Q: Can geocells be used in beach nourishment projects?
Yes, geocells can be used in beach nourishment projects. Geocells are three-dimensional honeycomb-like structures made of plastic or geosynthetic materials that can be filled with sand, gravel, or other fill materials. They are commonly used in coastal engineering to stabilize and protect shorelines, including beach nourishment projects. Geocells help prevent erosion, reduce wave energy, and promote beach accretion, making them an effective solution for beach nourishment.
Q: What is the effect of aging on geocell performance?
The effect of aging on geocell performance can lead to a decrease in its mechanical properties and overall effectiveness. Over time, exposure to environmental factors and stress can cause the geocell to degrade, resulting in reduced stability, strength, and durability. This aging process may lead to decreased load-bearing capacity and compromised performance in terms of soil confinement and erosion control. Regular maintenance and inspections are necessary to ensure the longevity and optimal performance of geocells.
Q: Are geocells resistant to extreme weather conditions?
Yes, geocells are designed to be resistant to extreme weather conditions. These cellular confinement systems are made from durable and high-strength materials that can withstand the impacts of heavy rain, extreme temperatures, and even seismic activity. They provide excellent stability and erosion control in various weather conditions, making them suitable for use in areas prone to extreme weather events.
Q: Can geocells be used for soil remediation?
Yes, geocells can be used for soil remediation. Geocells are three-dimensional cellular confinement systems made from high-density polyethylene, which can be filled with various infill materials such as soil, sand, or gravel. They provide structural stability and erosion control in soil, making them effective in stabilizing contaminated soil and preventing further contamination. Additionally, geocells can enhance soil aeration and promote the growth of vegetation, aiding in the remediation process.
Q: Can geocells be used in railway track stabilization?
Yes, geocells can be used in railway track stabilization. Geocells are three-dimensional honeycomb-like structures made of high-density polyethylene (HDPE) that can be filled with various materials like soil, aggregate, or concrete. They provide a stable and load-bearing foundation, preventing lateral movement and erosion of the track. Geocells also enhance the overall performance of the railway track by improving drainage and reducing maintenance needs.
Q: How do geocells reduce vertical settlement?
Geocells reduce vertical settlement by providing confinement and lateral support to the soil, preventing it from spreading out and settling. The cells create a cellular structure that distributes the load more evenly, reducing the pressure on the soil and minimizing settlement.

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