• Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 1
  • Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 2
  • Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 3
  • Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 4
  • Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 5
  • Geotextil Szeged Slope Geocell (Plastic Slope Geocell) System 6
Geotextil Szeged Slope Geocell (Plastic Slope Geocell)

Geotextil Szeged Slope Geocell (Plastic Slope Geocell)

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
5000 m²
Supply Capability:
300000 m²/month

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Description Of Plastic Slope Geocell:

The soil work space room is to be take by the HDPE breadth of the high strength, was become by strong dint welding of have the net space room structure, it flex from such as, the conveyance can fold, usage the hour opens and hurtles to fill the ground, or concrete to anticipate, constituting to have the strong side to limit and greatly just the structure body of the degree. Can use to be the mat layer, handle the loading ability that the weak foundation enlarges the foundation, also can build to constitute the ÆÂ to face the protection structure on the bedcover, can also use to construct to pay file structure etc.

Main Features of Plastic Slope Geocell:

Notes:When you are ready to inquire hdpe geocell,pls indicate your specifications as follows:

1.Geocell Height(50mm to 200mm).

2.Welding Distance(330mm to 1000mm).

3.Seam Peel Strength(1000N/10cm,1200N/10cm,1400N/10cm).

4.HDPE Sheet Thickness(1.1mm,1.2mm,1.5mm,1.75mm).

Specifications of Plastic Slope Geocell:


Technical Data

 

Art No.

Width(cm)

Length

(cm)

Height

(mm)

 

Welding

Interval

(mm)

Thickness

(mm)

Unit Weight

(g/m2)

Peeling

Strength at

Welding Point

( N/ mm)

Peeling

Strength at

Connecting

( N/ mm)

Slice Yield

Strength

( N/ mpa)

PLC0301

600

400

50

400

1

550

10

10

18

PLC0302

600

400

75

400

1

850

10

10

18

PLC0303

600

400

100

400

1

1100

10

10

18

PLC0304

600

400

150

400

1

1600

10

10

18

PLC0305

600

400

200

400

1

2200

10

10

18

Remarks: A breadth of product can press customer to request to create at will, other special specification according to agreement or contract performance.



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(Mpa)

Smooth and Not Perforated

50≤H≤250

330≤A≤1000

1.0~1.4

≥100

≥120

≥20

Smooth and Perforated

50≤H≤250

330≤A≤1000

1.0~1.4

≥100

≥120

≥20

Textured and Not Perforated

50≤H≤250

330≤A≤1000

1.5~1.7

≥100

≥120

≥20

Textured and Perforated

50≤H≤250

330≤A≤1000

1.5~1.7

≥100

≥120

≥20

Remarks:

  1. This is a basic technical specification.

  2. All of the technical indexes can be reached according to the customers' demand, and the other special standards will be carried out by agreement or contact. 

 


Applications of Plastic Slope Geocell:

How to make Geocell 

Walk into our factory

plastic driveway paver gravel stabilizer ,honeycomb structure geocells


 

 

IMages of Plastic Slope Geocell:


Slope Geocell ( Plastic Slope Geocell)

Slope Geocell ( Plastic Slope Geocell)

Slope Geocell ( Plastic Slope Geocell)

Slope Geocell ( Plastic Slope Geocell)

 

FAQ:

1. Do you supply free samples for customers?

Yes,we will supply free samples for you.Please send your address for us.

2. How Many years experience do you have?
We have been exported to more than 20 countries in the past 15 years.

3. How long do we usually reply your request?

We always reply our customer within 24 hours.

 

 

Q: What is the geotextile of polypropylene gb / t?
GB / T-2017 Geosynthetics Static Crack Test (CBR Method) This standard specifies the method of measuring the breaking strength of geosynthetics by flat top pressing bar. This method is usually carried out on samples that specify the standard atmospheric humidity. This standard applies to all types of geosynthetics, but does not apply to materials with a pore size greater than 10mm.
Q: How do geotextiles contribute to the sustainability of construction projects?
Geotextiles contribute to the sustainability of construction projects in several ways. Firstly, they can be used as a substitute for traditional materials, such as gravel or sand, which reduces the demand for natural resources and minimizes environmental impact. Secondly, geotextiles improve soil stability and prevent erosion, ensuring the longevity of structures and reducing the need for costly repairs or replacements. Additionally, these textiles can enhance the efficiency of drainage systems, leading to reduced water consumption and improved water quality. Overall, geotextiles promote sustainable construction practices by conserving resources, enhancing durability, and minimizing environmental degradation.
Q: Can geotextiles be used in mine tailings management?
Yes, geotextiles can be used in mine tailings management. Geotextiles are commonly used in the mining industry to help with the containment and stabilization of mine tailings. They can be used as liners or covers for tailings ponds, preventing the migration of contaminants into the surrounding environment. Geotextiles are also effective in reducing erosion and promoting vegetation growth on tailings surfaces, improving the long-term stability of these waste materials.
Q: What are the key considerations for geotextile installation in areas prone to landslides?
The key considerations for geotextile installation in areas prone to landslides include: 1. Site evaluation: Conduct a thorough assessment of the site to understand the slope stability, soil conditions, and potential triggers for landslides. This will help determine the appropriate type and strength of geotextile needed. 2. Design and engineering: Engage geotechnical engineers to design a tailored solution based on the specific needs of the site. They will consider factors such as slope gradient, soil type, and expected loads to determine the appropriate geotextile specifications. 3. Drainage management: Proper drainage is critical to prevent water accumulation, which can increase the risk of landslides. Geotextiles can be used to enhance drainage by allowing water to pass through while retaining soil particles. 4. Anchoring and securing: Geotextiles should be securely anchored to the slope to ensure stability. This may involve using appropriate anchor systems or integrating the geotextile into the existing slope or retaining structure. 5. Monitoring and maintenance: Regular monitoring is essential to identify any signs of distress or movement in the slope. Timely maintenance and repair of the geotextile system can help prevent potential failures and ensure its long-term effectiveness in landslide-prone areas.
Q: How long do geotextiles last?
Geotextiles typically have a lifespan of 20 to 50 years, depending on factors such as the type of material used, environmental conditions, and the intensity of use.
Q: How do geotextiles contribute to environmental sustainability?
Geotextiles contribute to environmental sustainability by providing erosion control, improving soil stability, and promoting vegetation growth. They help prevent soil erosion by acting as a barrier against the forces of wind and water, reducing the sedimentation of water bodies and preserving the quality of nearby ecosystems. Geotextiles also enhance soil stability by reinforcing weak soils, reducing the need for extensive excavation or replacement. Moreover, they facilitate the establishment of vegetation, promoting biodiversity and restoring natural habitats. Overall, geotextiles play a crucial role in mitigating environmental degradation and supporting sustainable land management practices.
Q: How do geotextiles improve the performance of landfills?
Geotextiles improve the performance of landfills by acting as a barrier, preventing the mixing of different layers of waste materials. They help in controlling erosion, reducing the risk of soil contamination, and facilitating proper drainage. Additionally, geotextiles provide reinforcement to the landfill structure, increasing its stability and longevity.
Q: Ask geotextile factory in the use of geotextile aperture detector detection method which?
Hello, geotextile detection method in GB / T and GB / T geotextile aperture in the introduction, you can look at these two standards. The first is geotextile pore size detection wet sieve method, the second is geotextile aperture detection dry sieve method. As the name suggests the first of these two methods is the participation of water, the other is basically the same, are placed in a single layer of geotextile standard small particles, through the vibration to detect the size of the leakage of particles to determine the geotextile pore size size. The difference is that the first standard in the need for continuous water on the particles, so the calculation method are also different. Specific detailed distinctions You can search these two criteria separately.
Q: How do geotextiles help with reinforcement of geogrid reinforced soil slopes?
Geotextiles help with the reinforcement of geogrid reinforced soil slopes by providing an additional layer of strength and stability. They act as a separator between the geogrid and the soil, preventing soil erosion and maintaining the integrity of the slope. The geotextiles also distribute the load over a larger area, reducing the stress on the geogrid and enhancing its effectiveness in reinforcing the soil. Overall, geotextiles play a crucial role in enhancing the performance and longevity of geogrid reinforced soil slopes.
Q: What are the considerations for geotextile selection in coastal engineering projects?
There are several important considerations for geotextile selection in coastal engineering projects. Firstly, the geotextile should possess high tensile strength and durability to withstand the harsh coastal environment, including waves, tides, and erosion. It should also have good permeability to allow for proper water drainage while preventing the loss of soil particles. Additionally, the geotextile should be resistant to UV degradation and chemical exposure, as well as be compatible with the surrounding soil and other materials used in the project. Lastly, factors such as installation ease, cost-effectiveness, and the specific requirements of the project should also be taken into account when selecting the appropriate geotextile for coastal engineering projects.

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