Geoweb Geocell
Geoweb Geocell
Geoweb Geocell is a lightweight and flexible three-dimensional expandable panel made of high-density polyethylene (HDPE) strips that are bonded together through ultrasonic waves to form an extremely sturdy configuration.
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Description

Product Overview

Geoweb Geocell is a type of honeycomb-structured geosynthetic material made from high-density polyethylene (HDPE) or polyester (PET). Through the connection of three-dimensional grids, this product can form a highly stable structure for soil reinforcement and erosion control. Geoweb Geocell is widely used in highways, railways, dams, rivers, slope protection, and other engineering projects.

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Product Features

High Strength Material: Geoweb Geocell uses HDPE or PET materials, which have excellent tensile strength and durability, capable of withstanding significant tension and pressure.

Three-Dimensional Stability: The honeycomb structure provides three-dimensional stability, effectively distributing loads and preventing soil erosion and foundation settlement.

Easy Installation: Geoweb Geocell is lightweight and easy to unfold, allowing for quick installation, saving labor and time costs.

UV Resistance: The product is UV treated, making it suitable for long-term use in environments exposed to sunlight.

Environmentally Friendly: HDPE and PET materials are environmentally friendly and do not cause pollution.

 

Technical Data Sheet

Material Properties

Unit

 

 

 

 

Test Method

Cell Depth

mm

75

100

150

200

 

Polymer Density

g/cm3

0.935-0.965

ASTM D 1505

Environmental Stress Crack Resistance

Hours

>400

ASTM D 5397

Environmental Stress Crack Resistance

Hours

6000

ASTM D 1693

Carbon Black Content

%

1.5% - 2.0%

ASTM D 1603

Nominal Sheet Thickness Before Texturing

mm

1.27 -5%,+10%

ASTM D 5199

Nominal Sheet Thickness After Texturing

mm

1.52-5%,+10%

ASTM D 5199

Strip Puncture Resistance

N

450

ASTM D 4833

Seam Peel Strength

N

1065

1420

2130

2840

EN ISO13426-1B

Seam Efficiency

%

100

GRI-GS13

Nominal Expanded Cell Size (width x length)

mm

320x287,475x508 etc

 

Nominal Expanded Panel Size (width x length)

m

2.56x8.35, 4.5x5.0, 6.5x4.5, 6.1x2.44

 


 

Application Areas

Highway and Railway Reinforcement: Geoweb Geocell can effectively distribute traffic loads, preventing foundation settlement and deformation, extending the service life of roads and railways.

Dam and River Projects: In dam and riverbank reinforcement projects, Geoweb Geocell can prevent water erosion, stabilize soil structure, and protect dams and riverbanks.

Slope Protection: When used for slope protection, Geoweb Geocell can prevent soil erosion, reduce water loss, and stabilize vegetation.

Foundation Reinforcement: In building foundations and infrastructure projects, Geoweb Geocell can enhance foundation bearing capacity, preventing settlement.

 

Customer Cases

Case 1: Highway Reinforcement Project in California, USA

In a highway reinforcement project in California, USA, the construction team used Geoweb Geocell to reinforce the foundation. By using HDPE Geocell, the team successfully prevented foundation settlement, ensuring the stability and safety of the highway. The project started in March 2022 and was successfully completed in June 2023.

Case 2: Riverbank Protection Project in Hamburg, Germany

In a riverbank protection project in Hamburg, Germany, Geoweb Geocell was used to prevent water erosion. The construction team chose PET Geocell with excellent UV resistance and planted vegetation to further stabilize the riverbank structure. The project started in August 2021 and was successfully completed in May 2022.

Case 3: Slope Protection Project in Sydney, Australia

In a slope protection project in Sydney, Australia, Geoweb Geocell was used to prevent landslides and soil erosion. The construction team arranged the Geocell reasonably and covered it with vegetation, effectively preventing soil erosion and protecting the ecological environment. The project started in April 2020 and was successfully completed in October 2021.

 

Construction Method 

Preparation Work

Site Survey and Design

Site Survey: Conduct a detailed survey of the construction site, measure the terrain and geological conditions, and determine the location and area of Geoweb Geocell use.

Design Scheme: Based on the survey results, develop a detailed construction design scheme, including the arrangement, fixation method, and filling materials of Geocell.

Material Preparation

Geoweb Geocell: Prepare the required amount of Geoweb Geocell according to the design requirements, ensuring that the materials meet the design standards.

Filling Materials: Prepare sand, gravel, or soil as filling materials according to project needs.

Tools and Equipment

Laying Tools: Prepare tools for laying Geocell, such as shovels, hoes, and hammers.

Fixing Equipment: Prepare equipment for fixing Geocell, such as anchor pins, rebar, or soil nails.

Construction Steps

Base Treatment

Clear the Base: Remove weeds, stones, and other debris from the construction area, ensuring the base is level.

Level the Base: Use machinery or manually level the base, ensuring the base's flatness meets design requirements.

Laying Geoweb Geocell

Unfold Geocell: Unfold Geoweb Geocell according to the design position, ensuring each cell is laid flat.

Splice and Fix: Splice and fix the edges of Geocell according to the design requirements, ensuring Geocell does not move during construction.

Filling Materials

Select Filling Materials: Select appropriate filling materials according to design requirements, such as sand, gravel, or soil.

Layered Filling: Fill the Geocell cells with the filling materials layer by layer, with each layer not exceeding 20 cm.

Compact Filling Materials: Compact the filling materials with a compactor or manually, ensuring the density of the filling materials meets the design requirements.

Surface Treatment

Level the Surface: After filling, level the surface to ensure the flatness meets the design requirements.

Vegetation Coverage (optional): If needed, cover the surface with vegetation to further stabilize the soil and prevent water erosion.

Quality Control and Inspection

On-Site Supervision: Professional technicians should supervise the construction process on-site, ensuring each step is carried out according to design requirements.

Material Inspection: Sample and inspect Geoweb Geocell and filling materials to ensure their quality meets the standards.

Completion Acceptance

Self-Inspection and Rectification: After construction, the construction unit should conduct self-inspection and rectify any problems found.

Acceptance Inspection: Invite a third-party inspection agency to conduct acceptance inspections to ensure the project quality meets design requirements.

 

As an efficient geosynthetic material, Geoweb Geocell performs excellently in various soil reinforcement and protection projects. Its high strength, durability, and environmental friendliness make it an ideal choice for highway, railway, dam, river, and slope protection projects. Whether it is used to prevent foundation settlement, stabilize riverbanks, or reduce soil erosion, Geoweb Geocell provides excellent solutions. We look forward to cooperating with more clients to jointly promote the development of the civil engineering field.

For more information about Geoweb Geocell or to order products, please feel free to contact us. Our professional team will provide you with the highest quality service and solutions.


 

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