Tri Geocomposite Drainage Net for Slope Protection

Tri Geocomposite Drainage Net for Slope Protection System 1

Tri Geocomposite Drainage Net for Slope Protection System 2

Tri Geocomposite Drainage Net for Slope Protection

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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 Geocomposite Drainage Net for Slope Protection

Brief Description:

Geocomposite drainage is a drainage system consisting of three-dimensioanal high-density polyethylene

geonet, with high permeability, compressive strength and tensile strength, combined on one or both sides with

a nonwoven polypropylene geotextile.

Features:

Cost Effective - drainage nets can replace one or more feet of conventional aggregate drainage, increasing space within the landfill, allowing for additional revenue generation.

Versatility - drainage nets can be installed on steep slopes or against vertical walls where conventional drainage aggregates cannot be used.

Chemical Resistance - drainage nets exhibit the same chemical and biological resistance as the HDPE geomembrane.

Specifications and technical parameters:

Drainage network core	units	Specification
Unit weight	g/m2	750	1000	1300	1600
Thickness	Mm	5.0	6.0	7.0	7.6
Hydraulic conductivity	m/s	kx10-4	Kx10-4	Kx10-4	Kx10-4
Elongation	%	50	50	50	50
Tensile strength (core netwaork)	kN/m	8	10	12	14
Geotextile	g/m2	Heavier grades of geotextiles can be bonded to geonet on request

Usages:

In the railway, highway and other transportation infrastructure, drainage system safety and the service life

of the project and its have inseparable relationship, in which the geotextile material is an important part

of drainage system, the drainage effect of 3D composite drainage net is particularly notable. mainly

used for tunnels, municipal engineering, reservoir, revetment in drainage engineering.

FAQ

1.What is geosynthetics ?

Geosynthetics form a perfect erosion control fabric used extremely widely in civil engineering to stabilize and reinforce slopes and soil under or next to roads, railways, dams, water reservoirs etc.. They can be easily applied which minimizes the time of construction, as well as they limit the resources and materials necessary.

2.What kinds of geosynthetics we have ?

Non-woven geotextile, geogrids, geocells, GCL, Geomembranes, Geonets, Geocomposites etc .

3.What is the geosynthetics used for ?

Geocomposite Drainage

Q:Can earthwork products be used for creating outdoor dining areas?: Yes, earthwork products can be used for creating outdoor dining areas. Earthwork products such as gravel, pavers, and natural stone can be used to create a solid and functional foundation for outdoor dining spaces. These materials are durable, weather-resistant, and can be arranged in various designs to create an aesthetically pleasing outdoor dining area. Additionally, earthwork products can also be used to build retaining walls, seating areas, and decorative features that enhance the overall ambiance of the outdoor dining space.

Q:What is the purpose of using geonets in groundwater recharge systems?: The purpose of using geonets in groundwater recharge systems is to enhance the infiltration of stormwater or treated wastewater into the ground. Geonets provide a stable and porous layer that allows water to percolate through while preventing soil compaction and clogging of the recharge system. They help distribute the water more evenly, promote groundwater recharge, and prevent erosion, thus improving overall water management and sustainability.

Q:Can earthwork products be used in flood control systems?: Yes, earthwork products can be used in flood control systems. These products, such as soil, sandbags, or geotextiles, can be utilized to construct levees, berms, or temporary flood barriers to redirect water flow and protect areas from flooding.

Q:How do earthwork products contribute to soil stabilization in mining areas?: Earthwork products such as geotextiles, geogrids, and geomembranes play a vital role in soil stabilization in mining areas. These products are designed to enhance the strength and stability of soil by preventing erosion, controlling water flow, and reinforcing weak areas. Geotextiles act as a barrier to prevent soil particles from being washed away, while geogrids provide structural reinforcement to the soil, reducing the risk of slope failures. Additionally, geomembranes can be used to line ponds or containment areas, preventing leaching of harmful substances into the soil. Overall, earthwork products contribute significantly to soil stabilization in mining areas, ensuring safer and more sustainable mining operations.

Q:A short duration of housing, and now have the same level of 42.5 for the silicate and slag cement selection. From the point of view of the completion of the construction period, what better cement should be used?: Slag cement, early strength fast.

Q:How do geopipes help in stormwater infiltration systems?: Geopipes help in stormwater infiltration systems by efficiently channeling and distributing stormwater runoff underground, allowing it to percolate into the soil and recharge groundwater. They provide a controlled flow pathway, preventing erosion and evenly distributing the water for optimal infiltration.

Q:How do geotextile tubes help in coastal erosion control?: Geotextile tubes, also known as geotubes, play a crucial role in coastal erosion control by acting as barriers against wave action and providing shoreline protection. These large, sand-filled fabric tubes are placed along the coastline, absorbing and dissipating the energy of waves, thus reducing erosion. Additionally, geotextile tubes can be used to create dunes and stabilize beach profiles, preventing the loss of sediment and maintaining the natural balance of coastal ecosystems.

Q:Brief description of the application range of Portland cement, ordinary cement, slag cement, volcanic ash cement and fly ash cement: The technical requirements of these three kinds of cement are basically the same, the technical requirements are as follows: 1. Magnesium oxide: clinker in the magnesium oxide content of not more than 5%. 2. Sulfur trioxide: slag cement in the content of sulfur trioxide shall not exceed 4.0%; mountain cement, fly ash cement sulfur dioxide shall not exceed 3.5%. 3. Fineness: 80μm square hole screen sieve should not exceed 10.0%. 4. Coagulation time: the initial condensate not as early as 45min, the final condensate no later than 10h. 5. Stability: must be qualified by boiling test.

Q:The Relationship between Material Development and Civil Development: Civil engineering, the main construction of various structures, to create a new structure, in addition to the structure of its own innovation, the main material and process innovation.

Q:What are the limitations of using geosynthetics in certain soil conditions?: The limitations of using geosynthetics in certain soil conditions primarily stem from the potential for reduced effectiveness or failure of these materials. Geosynthetics, such as geotextiles, geogrids, or geomembranes, are designed to improve the performance of soils by providing reinforcement, separation, filtration, or containment. However, in certain soil conditions, their effectiveness may be compromised. One limitation is the presence of highly cohesive or clayey soils. Geosynthetics may struggle to effectively interlock with these types of soils, reducing their ability to provide reinforcement. Moreover, clayey soils can cause clogging or blinding of geotextiles, diminishing their filtration capabilities. Another limitation arises from soils with a high water content. In saturated conditions, geosynthetics can experience reduced tensile strength, leading to a decreased ability to provide reinforcement. Additionally, the presence of excessive water can cause geotextiles to float or migrate, undermining their intended function. Certain aggressive soil environments can also pose limitations. For instance, soils with high acidity or alkalinity, high salinity, or chemical contaminants may degrade or chemically react with geosynthetics, impairing their longevity and performance. In such cases, alternative materials or additional protective measures may be required. Furthermore, geosynthetics may be less effective in loose or granular soils where they can experience limited interlock or embedment. This can reduce their ability to provide reinforcement or separation, compromising project integrity. In summary, while geosynthetics offer numerous advantages in soil improvement, their performance can be limited in certain soil conditions, including highly cohesive or clayey soils, saturated conditions, aggressive soil environments, and loose or granular soils. It is crucial to consider these limitations and select appropriate geosynthetic materials and installation techniques accordingly.

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