• Geonet with High-Density and Ultravioresistant,ISO and CE System 1
  • Geonet with High-Density and Ultravioresistant,ISO and CE System 2
  • Geonet with High-Density and Ultravioresistant,ISO and CE System 3
  • Geonet with High-Density and Ultravioresistant,ISO and CE System 4
  • Geonet with High-Density and Ultravioresistant,ISO and CE System 5
Geonet with High-Density and Ultravioresistant,ISO and CE

Geonet with High-Density and Ultravioresistant,ISO and CE

Ref Price:
get latest price
Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1000 g/m²
Supply Capability:
100000 g/m²/month

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               Geonet is made of high-density polyethylene (HDPE) and the ultravioresistant

Application:

1. Using the geonet on the roadbed of the roadway and railway can distribute the load effectively, improve the loading capacity and the stability of the roadway, and prolong its service life.

2. Spreading the geonet on the slope of road can prevent landslides, conserve water and soil, beautify the environment.

3. Spreading the geonet in the dyke protection in the reservoir and the river can protect it from the landslide.

4. Using the geonet in the coast engineering can amortize the concussion and the erosion of the

surf

 

Properties of geonet

 

Item               Spec

CE121

CE131

CE151

CE181

DN1

HF10

Mass per unit area g/㎡)

730±35

630±30

550±25

700±35

750±35

124±60

Mesh size (mm)

(8±1)×

(8±1)

(27±2)×

(27±2)

(74±5)×(74±5)

(90±10)×(90±10)

(10±1)×(10±1)

(10±1)×(6±1)

Widthm

2 or 2.5

Lengthm

50 or 40

Maximum tensile strength

KN/m)≥

6.2

5.8

5.0

5.77

6.0

18

Note: The special spec or size can be manufactured according to the demands of the contract

 

 Images of Geonet

 

 

 

Geonet with High-Density Polyethylene (HDPE) and Ultravioresistant

Geonet with High-Density Polyethylene (HDPE) and Ultravioresistant

Geonet with High-Density Polyethylene (HDPE) and Ultravioresistant

Geonet with High-Density Polyethylene (HDPE) and Ultravioresistant

Geonet with High-Density Polyethylene (HDPE) and Ultravioresistant

 

Q: How do earthwork products contribute to dust control in construction sites?
Earthwork products, such as soil stabilizers and dust suppressants, play a crucial role in dust control on construction sites. These products help to bind loose soil particles together, preventing them from becoming airborne and reducing dust generation. By stabilizing the soil, earthwork products create a firm surface that minimizes erosion and limits the release of dust particles into the air. This not only improves air quality on the construction site but also reduces health risks for workers and nearby communities.
Q: How is it related to civil engineering?
Light that civil engineering is very large, but civil engineering and civil engineering materials are inseparable
Q: Can earthwork products be used for storm surge protection?
Yes, earthwork products can be used for storm surge protection. These products, such as sandbags, berms, and levees, are commonly employed to create barriers that can help protect coastal areas from the destructive force of storm surges. The use of these earthwork products can effectively reduce the impact of storm surges by providing a physical barrier against rising water levels and preventing flooding, thus safeguarding communities and infrastructure.
Q: What is the relationship between the development of civil engineering and the material and the theory? What is the relationship with the needs of society?
Social needs, such as the Qinghai-Tibet Railway Project, China's Great Wall; China's National Palace Museum, and so on
Q: Can earthwork products be used for constructing outdoor sculptures?
Yes, earthwork products can be used for constructing outdoor sculptures. Earthwork products, such as soil, clay, sand, and rocks, provide a natural and versatile medium for sculpting outdoor artworks. These materials can be shaped, molded, and carved to create various forms and textures, allowing artists to express their creativity and bring unique sculptures to life in outdoor settings.
Q: Can sediment basins be used for large-scale earthwork projects?
Yes, sediment basins can be used for large-scale earthwork projects. Sediment basins are commonly used in construction projects to capture and control sediment runoff from disturbed areas. By collecting and retaining sediment-laden runoff, these basins help prevent sediment from being carried into nearby water bodies, thereby reducing environmental impacts. For large-scale earthwork projects that involve extensive soil excavation and grading, sediment basins can be strategically installed at key locations to effectively manage and control sediment runoff.
Q: What are the benefits of using geogrids in bridge abutment reinforcement?
The use of geogrids in bridge abutment reinforcement offers several benefits. Firstly, geogrids enhance the stability and strength of the abutment by distributing the load and minimizing the risk of soil erosion. This helps to prevent settlement and lateral movement, ensuring the longevity of the bridge structure. Additionally, geogrids provide cost-effective solutions as they reduce the amount of excavation and fill material required, resulting in reduced construction time and costs. They also improve the overall performance of the bridge by increasing its load-carrying capacity and reducing the potential for structural damage. Overall, geogrids play a crucial role in enhancing the safety, durability, and efficiency of bridge abutments.
Q: Can earthwork products be used for foundation stabilization?
Yes, earthwork products can be used for foundation stabilization. Earthwork products, such as geotextiles, geogrids, and geosynthetics, are commonly employed in civil engineering projects to strengthen and stabilize the soil. These materials are often used as reinforcement layers in the foundation to improve its load-bearing capacity, prevent soil erosion, and increase stability. Therefore, earthwork products can play a vital role in foundation stabilization.
Q: What are the different types of geocell installation methods?
There are primarily three types of geocell installation methods: direct placement, anchor method, and strap method. In direct placement, the geocells are placed directly on the prepared ground surface and then filled with soil or aggregate. The anchor method involves securing the geocells to the ground using anchors or stakes. Lastly, the strap method involves using straps or connectors to secure adjacent geocells together. These installation methods offer flexibility and stability in various soil stabilization and erosion control applications.
Q: Detailed classification of civil works?
Civil engineering is generally divided into civil engineering, geotechnical professional, water supply and drainage professional. Different schools will have their own different professional classification.

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