Customized Height Core Stabilizer Gravel Grid Plastic HDPE Geocell with Strong & High Load-Bearing Steep Slope Protection Driveway Highway

• Customization: Available
• After-sales Service: Online Technical Support, Onsite Installation
• Warranty: 1 Year
• Model NO.: RH150
• Filler: Concrete Materials, Soil & Rock
• Color: Black and Green Customized
• Application: Retaining Wall, Dam, Railway, Highway
• Function: Distributing Load, Anti-deforming, Non-skid
• Feature: Corrosion Resistant, Oxidation Resistance, Chemical Stability, Wear-resistant
• Material: HDPE
• Thickness: 1.1mm-1.6mm
• Height: 50-200mm
• Applications: Customizable
• Perforated Percentage: 40%
• Yield Strength of Cell: ≥20
• Welding Distance: 330-500
• Seam Peel Strength: 2000
• Textured Sheet: 2mm
• Features: Corrosion Resistant, Oxidation Resistance, Chemica
• Hole Size: 10mm
• Certifications: CE
• MOQ: 100sqm
• Lead Time: Within 7 Days After Order Confirmation
• Surface: Smooth/Textured
• Peel Strength: 140n/10cm
• Transport Package: Bags
• Specification: 100*100
• Trademark: RUIHENG
• Origin: Shandong
• HS Code: 3920109090
• Production Capacity: 45000 Square Meter/Square Meters Per Week
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 200.000kg

Product Description

Product Description

The Geocell Cellular Confinement System represents a groundbreaking advancement in geosynthetic technology, offering unparalleled solutions for soil stabilization, load distribution, and erosion control. By leveraging high-density polyethylene (HDPE) and innovative geometric designs, this system redefines how engineers and environmentalists approach terrain challenges. Its modular honeycomb structure creates a three-dimensional reinforcement matrix that adapts to diverse landscapes, from arid deserts to waterlogged wetlands. Below, we delve into the technical intricacies, multidisciplinary applications, and transformative advantages of the Geocell system, illustrating why it has become a cornerstone of modern infrastructure and ecological projects.

Engineering Excellence: Material Science and Design
At the core of the Geocell system lies  high-density polyethylene (HDPE), a polymer renowned for its durability, chemical resistance, and flexibility. HDPE's molecular structure ensures resilience against environmental stressors such as UV radiation, temperature fluctuations, and corrosive substances. Unlike traditional materials like concrete or steel, Geocell's HDPE construction remains unaffected by moisture, making it ideal for projects in flood-prone or coastal regions.  

The system's  honeycomb geometry is a marvel of biomimicry, inspired by natural structures like beehives and plant cell walls. Each interconnected cell acts as a confinement chamber, distributing vertical and horizontal loads evenly across the matrix. This design prevents localized stress concentrations, a common failure point in conventional methods. The cells are expandable on-site, allowing rapid deployment and customization to fit irregular terrains.  
 

Parameter

 

Model	Expanded Size (m)	Height (mm)	Welding distance (mm)	Yield strength of cell (Mpa)	Seam Peel strength (N)	Thickness (Smooth or Textured)	Perforated percentage
TGLG50/400	5.7X6.22	50	330   400   500 600	≥20	≥500	Smooth sheet: 1,1.2,1.5,2mm   Textured sheet: 1.2,1.7,2mm	15%, 20%, 40%, 60%, 80%
TGLG75/400	5.7X6.22	75			≥750
TGLG100/400	5.7X6.22	100			≥1000
TGLG150/400	5.7X6.22	150			≥1500
TGLG200/400	5.7X6.22	200			≥2000
TGLG240/400	5.7X6.22	240			≥2400
Remarks: Welding distance can be made: 330mm, 400mm, and 600mm, with various mesh sizes.

 

 

 

Application

 

Geocell Application Advantages

Proven Performance Across 7 Core Industries

 

1. Transportation Infrastructure Reinforcement

Problem: Traditional roads collapse under heavy loads on weak soils
Geocell Solution:
 580% Increased Load Capacity

• Supports 35-ton axle loads on sand/soft clay

• Reduces rut depth by 85% vs. gravel bases

 Slope Protection System

• Stabilizes 70° embankments

• Reduces landslide risk by 92% 

• Combines with vegetation for ecological slopes

 Railway Ballast Stabilization

• Confines track ballast particles

• Lowers maintenance frequency from 3x/year to 5 years

 

2. Environmental & Erosion Control

Problem: Soil loss from water/wind destroys ecosystems
Geocell Advantage:

 Coastal & Riverbank Protection

• Withstands 15ft wave energy 

• 97% sediment retention vs. 68% with riprap

• Permits mangrove/coral integration

 Desertification Prevention

• Fixes sand dunes with 8" cells + local sand

• Wind erosion reduced by 89% 

 Mine Rehabilitation

• Stabilizes 45° tailing slopes

• Enables immediate vegetation growth

• pH 2-14 chemical resistance

 

3. Energy Sector Optimization

Problem: Heavy equipment damages access routes
Geocell Impact:

 Wind Farm Access Roads

• Supports 100-ton turbine transporters

• Installs 3x faster than concrete

• 40-year design life with ≤2% deformation

 Oil/Gas Pad Sites

• Resists hydrocarbon spills

• Maintains stability in permafrost (-50°C)

 Solar Farm Ground Prep

• Prevents panel foundation settling

• Allows 1.5m/s installation speed increase

 

4. Urban Sustainable Development

Problem: Concrete heat islands + stormwater runoff
Geocell Innovation:

 Permeable Parking Lots

• 1,200mm/hr infiltration rate

• Reduces surface temp by 60°C vs asphalt

• Meets EPA Phase II stormwater rules

 Green Roof Systems

• 85% lighter than concrete planters

• Root-friendly cell structure

• 30% irrigation water savings

 Emergency Access Roads

• Deploys in 3hrs for disaster response

• Supports 25-ton fire trucks on mud

 

5. Agricultural Efficiency

Problem: Soil compaction reduces crop yields
Geocell Benefits:

 Heavy Machinery Pathways

• Prevents 90% subsoil compression

• Maintains 95% crop productivity

 Orchard Water Management

• Laser-cut drainage channels

• Reduces irrigation needs by 40%

 Livestock Areas

• Mud-free paddocks year-round

• 70% less bedding material required

 

6. Mili-tary & Defense Applications

Problem: Rapid deployment needs in unstable terrain
Geocell Performance:

 Expeditionary Airfields

• 8-hour runway construction

• Handles aircraft

 Forward Operating Bases

• Blast mitigation via energy absorption

• 50% faster camp setup

 Flood Barriers

• 3m high temporary walls

• 5,000m/day installation rate

 

7. Cost-Saving Comparisons

A. Road Construction (1km x 6m)

Method	Cost	Lifespan	Maintenance	CO2
Geocell	$82K	15 years	$1.2K/year	18t
Concrete	$210K	20 years	$8K/year	210t
Asphalt	$175K	12 years	$15K/year	165t

B. Slope Stabilization (100m² 60° slope)

Method	Erosion Rate	Cost	Aesthetics
Geocell + Grass	0.2mm/year	$4.2K	Natural
Concrete Wall	0mm/year	$18K	Industrial
Gabion Baskets	1.5mm/year	$9.8K	Rustic

 

8. Cross-Industry Technical Superiority

Material Science

• HDPE-Plus Formula: 12,000-hour UV resistance

• Triaxial Reinforcement: 8,500 lb/ft tensile strength

Structural Design

• Honeycomb Geometry: Optimal load distribution

• SnapLock Nodes: 1,200 psi shear resistance

 

9. 5 Critical Performance Metrics

1. Load Distribution Efficiency: 92% vs 58% (gravel)

2. Installation Speed: 325m²/hour vs 90m² (concrete)

3. Carbon Footprint: 2.1kgCO2/m² vs 18.7kg (concrete)

4. ROI Period: 1.8 years (avg)

5. Client Satisfaction: 98.6% (2023 survey)

 

10. Future-Ready Adaptability

 Smart Infrastructure Integration

• IoT sensors for real-time stability monitoring

• Automated repair drones for cell maintenance

 Circular Economy Model

• 85% material recovery rate

• Closed-loop recycling program

 Climate Resilience

• Withstands 100-year flood events

• Performs at +50°C (climate change ready)
   

Why This Matters:
Every $1 invested in Geocell technology delivers:

• $4.20 in reduced maintenance costs

• 8.3 tons of CO2 emissions avoided

• 35% faster project completion

Packaging & Shipping

 

 

Company Profile

 

 

FAQ