• Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2 System 1
  • Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2 System 2
  • Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2 System 3
  • Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2 System 4
Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2

Tri Dimensional Composite Drinage Geonet from 750g/m2 to 1600g/m2

Ref Price:
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Loading Port:
Qingdao
Payment Terms:
TT or LC
Min Order Qty:
2000 m²
Supply Capability:
200000 m²/month

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Tri Dimensional Composite Drinage Geonet Introduction:

Geonet-geotextile Drainage  Geocomposites  are engineered to replace costly, conventional open graded aggregate and/or perforated- pipe subsurface drainage systems. The Geonet-geotextile Drainage  Geocomposite  is created by laminating a filtration geotextile on one or both sides of a Geonet. Geocomposite Drainages have reached acceptance as state-of-the-practice because they provide sufficient in-place drainage and offer reduced material cost, installation time and design complexity over conventional systems.


Tri Dimensional Composite Drinage Geonet Specifications and technical parameters:



Item

Unit


1200g

1400g

1600g

1800g

2000g


1

Compound Weight of Unit Area

g/m2

≥1200

≥1400

≥1600

≥1800

≥2000


2

Compound Thickness

mm

≥6.0

≥7.0

≥8.0

≥9.0

≥10.0


3

Compound Tensile Strength

KN/m

≥16.0

≥16.0

≥16.0

≥16.0

≥16.0


4

Compound Hydraulic Conductivity

m2/s

≥1.2×10-4

≥1.2×10-4

≥1.2×10-4

≥1.2×10-4

≥1.2×10-4


5

Net and Non-woven Geotextile 

Peel Strength

KN/m

≥0.3

≥0.3

≥0.3

≥0.3

≥0.3


6

Net Thickness

mm

≥5.0

≥5.0

≥6.0

≥7.0

≥8.0


7

Net Tensile Strength

KN/m

≥13.0

≥15.0

≥15.0

≥15.0

≥15.0


8

Non-woven Geotextile Weight of Unit Area

g/m2

≥200

≥200

≥200

≥200

≥200


9

Non-woven Geotextile Permeability

cm/s

≥0.3

≥0.3

≥0.3

≥0.3

≥0.3


10

Width

m

2.1

2.1

2.1

2.1

2.1


11

Roll Length

m

30

30

30

30

30


Tri Dimensional Composite Drinage Geonet  Application:

1)    Landfill drainage; 

2)    roadbed and road drainage; 

3)    railway drainage; 

4)    tunnel drainage,

5)    underground structure drainage,

6)    the retaining back wall drainage;

7)    gardens and sports ground drainage


Tri Dimensional Composite Drinage Geonet Features:

 1)Excellent drainage function, can bear long time hige press load

 2)High tensile and shear strength

 3Reduce the rate geotextile embedding into the core of geonet, can protect long time stable water conductivity

 4)Tri-dimension composite geonet for drainage can bear more than 2000kpa compression load

 5)Its anti-compression capacity is much larger than common geonet for drainage

6) Certificate :ISO14001:2004, ISO9001:2008


FAQ

1. Which payment do you accept?

For you convinience,our payment can be L/C,TT

2. Is free sample available?

We can supply free samples if you need.

3. How about your quality?

We have strict quality control system, we make testing on incoming raw material and finished products. Your third party testing is also welcomed. With high quality, our products are used on government projects at home and abroad. Our product quality is accepted by clients from all over the world.



 Geonet

Q:What are the key considerations when using geosynthetic materials in bridge construction?
Some key considerations when using geosynthetic materials in bridge construction include selecting the appropriate type of geosynthetic material based on the specific project requirements, considering the durability and longevity of the material, ensuring proper installation and construction techniques, evaluating the material's ability to withstand environmental factors such as temperature changes and moisture, and conducting regular inspections and maintenance to ensure the material's performance over time. Additionally, it is important to consider the cost-effectiveness of using geosynthetics compared to traditional construction materials and methods.
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:Are earthwork products suitable for use in rooftop gardens?
Yes, earthwork products are suitable for use in rooftop gardens. These products, such as soil, compost, and mulch, provide essential nutrients, improve drainage, and promote healthy plant growth. Additionally, they help retain moisture, reduce erosion, and enhance the overall aesthetic appeal of rooftop gardens.
Q:Can earthwork products be used for underground utility installation?
Yes, earthwork products can be used for underground utility installation. These products, such as pipes, conduits, and manholes, are specifically designed and constructed to be used in the underground utility infrastructure. They provide a reliable and efficient solution for installing various utilities such as water, gas, sewer, and electrical systems beneath the ground.
Q:Are earthwork products suitable for underground storage systems?
Yes, earthwork products can be suitable for underground storage systems. These products, such as geotextiles or geosynthetics, are commonly used to provide stability, filtration, and drainage in underground storage systems. They help to prevent soil erosion, improve soil strength, and enhance the overall structural integrity of the storage system. Additionally, earthwork products can also provide environmental benefits by reducing the risk of soil contamination and promoting sustainable construction practices.
Q:How are geocells used for load support in military installations?
Geocells are used in military installations for load support by providing a stable foundation for heavy equipment and vehicles. These cellular confinement systems are filled with compacted soil or aggregate material, creating a strong and durable surface that can withstand the weight and movement of military vehicles. Geocells help to distribute the load evenly, reducing the risk of sinking or rutting, and improving overall stability and accessibility in military installations.
Q:The Importance of Civil Engineering Materials in Engineering Construction
The scope of the problem is a bit wide, the most important thing is a direct impact on the quality of the project
Q:How do geosynthetic liners help in preventing contaminant leakage?
Geosynthetic liners act as a barrier between the contaminants and the surrounding environment, preventing their leakage by effectively containing them within a specific area. These liners are made from impermeable materials such as geomembranes, geotextiles, or geocomposites, which have low permeability to liquids and gases. They are installed in landfills, ponds, reservoirs, or other containment structures to prevent the migration of pollutants into the soil or groundwater. Additionally, geosynthetic liners provide stability, durability, and resistance to punctures or tears, further enhancing their ability to prevent contaminant leakage.
Q:Can geosynthetics be used for reinforcement in railway embankments?
Yes, geosynthetics can be used for reinforcement in railway embankments. Geosynthetics, such as geotextiles or geogrids, can provide additional strength and stability to the embankment by distributing the load and reducing settlement. They also help in preventing erosion, improving drainage, and reducing maintenance requirements.
Q:What are the long-term durability and lifespan of earthwork products?
The long-term durability and lifespan of earthwork products depend on various factors such as the quality of materials used, the design and construction techniques employed, and the environmental conditions they are exposed to. Generally, well-designed and properly constructed earthwork products can have a lifespan ranging from several decades to over a century. However, regular maintenance and monitoring are crucial to ensure their long-term durability and extend their lifespan.

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