Geocell

Specifications

Dimensions: 2X50m/roll, 4x50m/roll,6x50m/roll
Material: HDPE, PP
Tensile Strength: 150 KN/m
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Product Details

Professional Geocell Cellular Confinement Systems

Advanced three-dimensional cellular confinement technology engineered from high-density polyethylene (HDPE) for superior soil stabilization, slope protection, and load distribution across challenging terrain applications.

Revolutionary Cellular Confinement Technology

Our Geocell Cellular Confinement System (CCS) represents a breakthrough in geosynthetic engineering. This innovative three-dimensional expandable panel system is manufactured from premium High Density Polyethylene (HDPE) strips, ultrasonically bonded to create an exceptionally strong honeycomb configuration.

When infilled with compacted soil, aggregate, or other materials, the geocell creates a composite structure with dramatically enhanced mechanical and geotechnical properties. The three-dimensional confinement significantly reduces lateral soil movement while distributing loads over a wider area.

Core Technology Benefits

  • • Three-dimensional cellular confinement structure
  • • Ultrasonic HDPE bonding for maximum strength
  • • Perforated design prevents water saturation
  • • Flexible system conforms to subgrade contours

Engineering Principles

Lateral stress confinement prevents particle migration
Load distribution reduces point loading stress
Enhanced shear resistance through confinement
Improved bearing capacity and reduced settlement

How Geocell Systems Work

Installation Process

1

Site Preparation

Prepare subgrade surface and install geotextile if required. Ensure proper drainage and compaction of foundation layer.

2

Panel Deployment

Unfold geocell panels and expand to full dimensions. Connect panels using integrated fastening system to create continuous coverage.

3

Anchoring System

Secure geocell panels using appropriate anchoring system. Install stakes or pins according to project specifications and soil conditions.

4

Infill & Compaction

Fill cells with specified material (soil, aggregate, concrete). Compact using appropriate equipment to achieve required density.

Performance Mechanics

Confinement Principles

Applied pressure creates lateral stress on cell walls
Three-dimensional confinement prevents lateral movement
Composite behavior enhances material properties
Load distribution creates “rigid mattress” effect

System Advantages

  • • Reduced settlement on soft soils
  • • Improved shear resistance and load capacity
  • • Minimized lateral distortion and rutting
  • • Enhanced drainage through perforated design
  • • Flexible system adapts to ground movement

Professional Grade Geocell Specifications

Material Specifications

HDPE Construction

Material: High Density Polyethylene (HDPE)
Bonding Method: Ultrasonic welding
UV Resistance: Enhanced UV stabilization
Temperature Range: -40°C to +60°C

Perforation Design

Perforation Type: Engineered drainage holes
Drainage Function: Prevents water saturation
Flow Rate: Optimized for soil stability

Dimensional Options

Available Cell Depths

3″
75mm
4″
100mm
6″
150mm
8″
200mm

Cell Opening Configurations

Standard Cell Size: Multiple opening combinations
Panel Configuration: Folded for transport efficiency
Expansion Ratio: Up to 95% material utilization

Comprehensive Application Solutions

Slope Protection

Effective protection against downward migration of slope materials. Suitable for slopes up to 60 degrees with various infill options.

Infill Options: Soil + vegetation, angular rock, concrete

Channel Protection

Enhanced hydraulic performance for high-velocity flow events. Increased shear resistance through aggregate confinement.

Flow Velocities: Up to 25+ fps depending on infill material

Base Stabilization

Road and pavement applications with increased resistance to lateral displacement. Reduces rutting and extends pavement life.

Benefits: Reduced rutting, increased pavement life

Earth Retention

Retaining wall applications with enhanced stability. Suitable for various infill materials and wall heights.

Applications: Retaining walls, containment berms

Geomembrane Protection

Ideal protection for impervious liners. Can be installed without stakes and filled with various protective materials.

Protection: Impact and puncture resistance

Shoreline Protection

Cost-effective alternative to traditional riprap. Allows use of smaller, locally available aggregate materials.

Advantage: Reduced material costs vs. riprap

Application-Specific Performance Parameters

Channel Applications

Rock Fill: Up to 10 fps
Vegetated Soil: Up to 20 fps
Concrete Fill: 20+ fps

Slope Capabilities

Maximum Slope: 60 degrees (1:1+)
Flexible System: Conforms to subgrade
Drainage: Permeable when vegetated

Load Support

Bearing Capacity: Significantly increased
Settlement: Substantially reduced
Rutting Resistance: Enhanced performance

Key Features & Benefits

System Features

Perforated cellular confinement system prevents water saturation
Multiple depth and cell opening combinations available
Folded configuration minimizes transportation costs
Rapid expansion and installation on site
Compatible with various infill materials

Performance Benefits

Cost-effective soil stabilization solution
Creates hard mattress effect for load distribution
Reduces settlement on soft soil foundations
Improves shear resistance and load carrying capacity
Minimizes lateral distortion and structural failure

Why Choose Professional Geocell Systems

Our Geocell Cellular Confinement Systems represent decades of geosynthetic engineering advancement, providing proven solutions for the most challenging soil stabilization, slope protection, and load support applications. The three-dimensional cellular structure creates a composite material that dramatically outperforms traditional methods.

Technical Advantages

  • • Superior HDPE material with UV stabilization
  • • Ultrasonic bonding ensures maximum strength
  • • Engineered perforation prevents water logging
  • • Flexible system adapts to ground movement

Economic Benefits

  • • Reduced material transportation costs
  • • Lower installation and labor requirements
  • • Extended service life reduces replacement costs
  • • Enables use of locally available fill materials

Installation Guidelines & Best Practices

Pre-Installation Considerations

Site Assessment

  • • Evaluate soil conditions and bearing capacity
  • • Determine appropriate cell depth for application
  • • Calculate required anchoring specifications
  • • Plan drainage requirements and geotextile needs

Material Selection

  • • Choose appropriate infill material (soil/aggregate/concrete)
  • • Select proper geocell depth based on load requirements
  • • Specify anchoring system for site conditions
  • • Consider vegetation requirements for slope applications

Installation Best Practices

Quality Control

  • • Ensure proper subgrade preparation and compaction
  • • Verify correct panel alignment and connection
  • • Maintain specified compaction levels for infill material
  • • Conduct post-installation inspection and testing

Critical Success Factors

  • • Professional engineering analysis for design optimization
  • • Proper equipment selection for compaction operations
  • • Adequate anchoring to prevent system displacement
  • • Environmental protection during construction phase

Contact Information

Phone +8615533676684
Address Meidong guoji b building rm703, chang'an district shijiazhuang city, hebei province,china

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