• Three-Dimensional Geonet Cushion Click Click System 1
  • Three-Dimensional Geonet Cushion Click Click System 2
  • Three-Dimensional Geonet Cushion Click Click System 3
  • Three-Dimensional Geonet Cushion Click Click System 4
  • Three-Dimensional Geonet Cushion Click Click System 5
  • Three-Dimensional Geonet Cushion Click Click System 6
Three-Dimensional Geonet Cushion Click Click

Three-Dimensional Geonet Cushion Click Click

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1 m²
Supply Capability:
10000000 m²/month

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Three-Dimensional Geonet Cushion Click

3 d geotechnical nets pad

Products overview:

Shandong yongrun plastic 3 d geotechnical nets pad is a kind of three-dimensional structure of the applicable to soil and water conservation of new geosynthetic materials, the underside is a layer or multi-layer two-way stretch or the plane nets, surface out for a layer or multilayer the stretch out the formation of a surface spot welding nets, a bump bubbly multilayer mesh structure, with more than 90% of the space with soil and grit, bottom two-way stretch nets have extended rate is low, the characteristics of the high strength, plays a role of the soil to prevent falling, the roots of the plants from the soil nets cushion in the balance, comfortable deep underground through a 0.5-2.0 meters deep, such vegetation nets pad and earth formed three a solid composite mechanical embedded system, in order to lock to protect the purpose of the slope.

Product features:

1, hold the soil is very clear role, the experiment proved, in the grass, when not before the formation of slope Angle of 45 °, 3 d geotechnical nets cushion block solid earth rate is as high as 97.5%, when for 60 ° cant, its block rate still can be as high as 84%, far wins in lattice

2, China and later, can firmly grass evenly distributed to keep slope, the wind and rain rushed from lost, ensure the lush grass and even the

3, grass grow older, and nets mat and soil formed three a solid composite mechanical embedded lock system, can prevent the heavy rain and winds hit, and rushed to withstand high water level, big flow, instead of the impact of the concrete build by laying bricks or stones, plasma PianShi as permanent protection layer

4, can dramatically reduce the construction cost, cost only for slope protection and dry concrete block stone slope protection, 1/7 of the plasma block stone 1/8 of the slope protection

5, the construction is simple, the surface level off, can the construction

6, and the use of high polymer materials and ultraviolet light stabilizers, the chemical stability, free from pollution to the environment (degradation of nets mat type two years after leaving no trace of soil again)

7, green vegetation could attract the motor vehicle exhaust, and can beautification landscape, protect the environment, green highway, railway along the route

Application:

1 and alternative concrete, asphalt, stone etc slope surface materials, mainly for the highway, railway, river, DAMS, hillside slope protection, etc

2, not long before the grass, can prevent slope surface soil erosion and grass seed was, and to facilitate the grass roots and the growth of the development

3 and plant growth of the formation of the composite plants up blanket can prevent high water flow speed of water erosion

4, can achieve rapid plant protect, mechanical seeding, effectively improve the construction efficiency and mention high plant protect green quality

5, used for cultivating industrial lawn, realizing fast green lawn commercialization

The product specification:

EM2 EM3 EM4 EM5


Q: Can earthwork products be used in sports field installations?
Yes, earthwork products can be used in sports field installations. These products, such as topsoil, sand, and gravel, can be used for various purposes like leveling the field, improving drainage, and creating a stable foundation for the turf.
Q: How do geogrids improve the load-bearing capacity of retaining walls?
Geogrids improve the load-bearing capacity of retaining walls by providing reinforcement and stability to the soil. They are usually made of high-strength materials, such as polyester or fiberglass, and are installed within the soil layers. The geogrids create interlocking connections with the soil particles, increasing the overall strength and resistance of the wall to lateral and vertical forces. This reinforcement prevents soil movement and sliding, ultimately enhancing the stability and load-bearing capacity of the retaining wall.
Q: What are the benefits of using geocells in green space development projects?
The benefits of using geocells in green space development projects include enhanced soil stability, increased load-bearing capacity, improved drainage, reduced erosion, and cost-effectiveness. Geocells provide a sustainable and efficient solution for creating durable and long-lasting green spaces, making them an ideal choice for various landscaping and environmental restoration projects.
Q: What are the different types of geosynthetic reinforcements for embankments?
There are several types of geosynthetic reinforcements commonly used for embankments, including geogrids, geotextiles, geocomposites, and geocells. Geogrids are high-strength woven or knitted structures that provide tensile reinforcement to the embankment. Geotextiles are permeable fabrics that help with filtration, separation, and drainage within the embankment. Geocomposites are combinations of geogrids or geotextiles with other materials, such as geomembranes, to provide additional functionalities. Geocells are three-dimensional honeycomb-like structures that confine and stabilize the soil, improving overall stability.
Q: How do geogrids improve the stability of reinforced soil slopes?
Geogrids improve the stability of reinforced soil slopes by providing additional tensile strength and reinforcement to the soil. These grid-like structures, made of high-strength materials, such as polyester or polypropylene, are embedded within the soil layers. As the soil is subjected to external forces, such as gravity and erosion, the geogrids distribute these forces more evenly throughout the reinforced soil mass. This redistribution of forces reduces the potential for soil movement and slope failure, ultimately enhancing the overall stability of the slope.
Q: What is the purpose of using geotextile tubes in dewatering projects?
The purpose of using geotextile tubes in dewatering projects is to effectively separate and remove water from solids or sludge. Geotextile tubes act as large containers that are filled with the sludge or sediment mixture, and water is forced out through the permeable fabric while the solids are retained inside. This process helps to expedite the dewatering process, provide environmental benefits by reducing the volume of waste, and also allows for the safe disposal or reuse of the separated solids.
Q: Can geosynthetic reinforcement be used for soil stabilization?
Yes, geosynthetic reinforcement can be used for soil stabilization. Geosynthetics, such as geotextiles or geogrids, are commonly employed to improve the mechanical properties of soil, increase its load-bearing capacity, and prevent soil erosion. These materials are often installed in the soil as layers or grids to enhance its stability, reduce settlement, and enhance overall performance in various construction and civil engineering applications.
Q: Can earthwork products be used for landscaping purposes?
Yes, earthwork products can be used for landscaping purposes. Earthwork products such as topsoil, mulch, gravel, and rocks can be used to create functional and aesthetically pleasing landscapes. Topsoil can be used to level the ground, improve soil quality, and support plant growth. Mulch helps conserve moisture, suppress weed growth, and enhance the appearance of garden beds. Gravel and rocks can be used for pathways, decorative elements, or to stabilize slopes. Overall, earthwork products are versatile and widely used in landscaping projects.
Q: What are the load-bearing capacities of earthwork products?
The load-bearing capacities of earthwork products vary depending on factors such as material type, compaction density, and design specifications. It is essential to consult engineering professionals or refer to product specifications to determine the specific load-bearing capacity of each earthwork product.
Q: Material science and civil engineering which is better?
According to the different options of the school

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