Geocell HDPE Material is a unique three-dimensional mesh cell structure made from reinforced HDPE sheet material through high-strength welding, typically using ultrasonic needle welding. In some cases, holes are punched through the diaphragm for specific engineering requirements. The three-dimensional structure of Geocell HDPE Material effectively impedes lateral movement of the infill material, increasing the overall structural strength of the system. This makes it an ideal solution for applications that require erosion protection or load support. Additionally, the cell walls of Geocell HDPE Material are perforated to allow water flow through the system, creating an improved root zone between cells for vegetated applications. One of the benefits of concrete-filled Geocell HDPE Material is that the HDPE matrix becomes the form for the concrete, eliminating the need for wood forms or rebar and reducing overall project costs. The panels are expanded, and the concrete is poured directly into the Geocell HDPE Material, creating a strong and durable structure that is resistant to erosion and other environmental factors. Overall, Geocell HDPE Material is a versatile and effective solution for a wide range of engineering applications.
Benefits of HDPE Geocell for Foundation reinforcement
A customer from the South Africa asked us if we could use Geocell HDPE material to restore low-humidity areas in horse farms. They want to fix driveways (with gravel or fill) and horse fields (with dirt and grass on them). Tractors are heavy when moving dirt, manure, or rocks, so the material needs to be able to withstand this weight. The client also wants to plant grass in the Geocell HDPE material to improve the environment.
We informed our technical staff of the customer’s requirements, and after analyzing the situation, we recommended a Geocell HDPE material with a height of ASTM 150mm and welding distance of 450mm. The Geocell HDPE material will have drainage holes to facilitate the growth of grass seeds. We recommended that the customer fill the gravel with a thickness of three to four centimeters, then fill the gaps with planting soil and fill the cells higher than 3-5cm. Finally, they should compact the material and sprinkle grass seeds. Since the customer has heavy trucks on the material, we also recommended the use of geotextile and geogrid to increase the stability of the roadbed. We presented our solution to the client, and the client showed great interest. After confirming the quantity with the customer, we calculated the CIF price for the customer and provided a one-stop service to deliver the product to their port city.
Specifications of HDPE Geocell for Aquaculture Project in United States
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