Shandong yong embellish HPDE large room products

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1 m²
Supply Capability:
100000 m²/month
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Geocell reinforced

Products overview:

Shandong yongrun geocell reinforced by high intensity HDPE broadband, after strong welded together a mesh grid structure, it room retractile, transportation can shrink stack up, when using, open and and filling materials, or the concrete was a strong limit and the degree of lateral big just structures. It can be used to as a cushion, reinforcing soft increase the bearing capacity of the foundation, also can be laid in the slope surface slope protection structure form, can also be used to build a block structure, etc.

Product features:

1, material is qualitative light, wear resistance, stable in chemical, resistance to light oxygen aging, acid and alkali resistant, suitable for different soil and geological conditions of the desert, etc

2, higher lateral restrictions and prevent slippery, and preventing deformation, improve the bearing capacity of the roadbed and dispersed loads

3 and the higher the bearing capacity and good dynamic performance, resistance to erosion ability

4, change the geocell reinforced height, welding geometric size is to satisfy different needs of the project

5, retractile, transportation, small size, convenient connection, the construction speed is faster

6, when construction can use local materials, reduce the construction cost, easy to transport with composite

Application:

1, used for solid highway roadbed

2, used for solid railway roadbed

3, used to withstand heavy force of levee, retaining wall

4, used in shallow water river harnessing

5, designed to support the line and the drain

6, used to prevent landslides and heavy force by the hybrid retaining wall

7, for independent wall, wharf, levees, etc

8 on the highway, met in the soft foundation, the geocell reinforced can greatly reduce labor intensity, reduce thickness, roadbed construction speed is quick, good performance, greatly reduce the cost of projects

The product specification: TGLG5 TGLG8 TGLG10 TGLG15 TGLG20 (cm)


Q:
Geocells help with pavement rehabilitation by providing structural support and confinement to the base materials, preventing lateral spreading and increasing load-bearing capacity of the pavement. The cells act as a reinforcement system, distributing the load more effectively and reducing the potential for cracking, rutting, and other pavement distresses. Additionally, geocells enhance drainage and reduce water infiltration, improving the overall durability and longevity of the rehabilitated pavement.
Q:
Geocells are typically made from high-density polyethylene (HDPE) or other durable polymers.
Q:
Yes, geocells are suitable for use in military applications. Geocells are versatile and durable cellular confinement systems that can be used for various military infrastructure projects, such as building roadways, runways, and helipads in challenging terrain conditions. They provide stability, load-bearing capacity, and erosion control, making them an effective solution for military operations in remote and hostile environments. Additionally, geocells can be rapidly deployed and easily transported, making them ideal for temporary military installations and emergency response situations.
Q:
A geocell is a three-dimensional cellular confinement system made from polymer materials. It works by confining and stabilizing soil or other fill materials within its cell structure. This confinement prevents lateral movement and spreading of the fill material, creating a stable and reinforced structure. The geocell's interconnected cells distribute load more evenly, reducing pressure on the soil and increasing its load-bearing capacity. This innovative technology is widely used in various civil engineering applications like road construction, slope stabilization, and erosion control.
Q:
The maximum height that geocells can be stacked depends on various factors such as the specific type of geocell being used, the quality of the soil or aggregate filling, and the intended application. However, in general, geocells can be stacked to heights ranging from a few inches to several feet.
Q:
Geocells improve the performance of industrial yards by providing a stable and reinforced surface for heavy equipment and vehicles. They effectively distribute the load, preventing rutting and soil displacement, while also reducing the need for extensive excavation and costly maintenance. Additionally, geocells enhance drainage and soil stabilization, resulting in improved overall yard efficiency and longevity.
Q:
Yes, geocells can be used in retaining wall facing systems. Geocells are cellular confinement systems that can provide stability and reinforcement to the soil or fill material used in retaining walls. They can be filled with soil, gravel, or other materials to enhance the structural integrity and prevent erosion. Additionally, geocells can improve the aesthetics of retaining walls by providing a stable surface for vegetative or decorative facing systems.
Q:
Yes, geocells generally do not require any special permits for installation. They are considered a low-impact development technique and are often classified as a temporary or semi-permanent structure. However, it is always advisable to check with local authorities and building codes to ensure compliance with any specific regulations in your area.
Q:
Geocells improve water infiltration rates by providing structural support to the soil, preventing compaction and promoting pore space for water to pass through. The interconnected cells within the geocell system create channels that allow water to flow more freely, reducing surface runoff and increasing the rate at which water can infiltrate into the ground.
Q:
Some of the challenges in installing geocells include proper site preparation, ensuring accurate alignment and leveling, managing and securing the geocells during installation, and effectively filling them with suitable infill material. Additionally, dealing with variations in soil conditions, addressing potential drainage issues, and ensuring proper connection and integration with adjacent structures can also pose challenges during the installation of geocells.

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