Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
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  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement
  • Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement

Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement

Up to 50% Material Savings: Significantly reduces the need for high-quality aggregates and binders by allowing the use of local, low-quality fill materials.
30% Faster Installation: Lightweight and foldable design streamlines logistics and speeds up on-site deployment compared to traditional methods.
2-3x Load Capacity: Transforms loose, cohesionless soils into strong, stable foundations, increasing subgrade bearing capacity by 200% to 300%.
Up to 30% Overall Cost Reduction: Lowers total project expenses through decreased excavation, reduced material transport, and minimal long-term maintenance.
10x Structural Resistance: Enhances the structural resistance of confined materials, drastically reducing deformation and preventing lateral displacement.
50+ Year Lifespan: Manufactured from high-density polyethylene (HDPE) with UV and chemical resistance, ensuring long-term durability in harsh environments.

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  • Product Description
    • Commodity name: Heavy-Duty HDPE Geocell 200mm (7.87in) Height 330mm (12.99in) Welding Distance for Mining Roads Logistics Yards Container Terminals Military Access Roads and Embankment Reinforcement

    Up to 50% Material Savings: Significantly reduces the need for high-quality aggregates and binders by allowing the use of local, low-quality fill materials.<br/> 30% Faster Installation: Lightweight and foldable design streamlines logistics and speeds up on-site deployment compared to traditional methods.<br/> 2-3x Load Capacity: Transforms loose, cohesionless soils into strong, stable foundations, increasing subgrade bearing capacity by 200% to 300%.<br/> Up to 30% Overall Cost Reduction: Lowers total project expenses through decreased excavation, reduced material transport, and minimal long-term maintenance.<br/> 10x Structural Resistance: Enhances the structural resistance of confined materials, drastically reducing deformation and preventing lateral displacement.<br/> 50+ Year Lifespan: Manufactured from high-density polyethylene (HDPE) with UV and chemical resistance, ensuring long-term durability in harsh environments.

    Key Technical Advantages

     

    🔗Ultrasonic Welding: High-power ultrasonic needle welding creates robust joints with peel strength exceeding 500N, ensuring structural integrity under heavy dynamic loads. 

    🌍 Premium HDPE Material: Made from pure, high-strength HDPE that is resistant to acids, alkalis, aging, and extreme weather conditions. 

    📦 Compact & Flexible Logistics: Folds flat for transportation, reducing shipping volume and freight costs by up to 30%, while easily expanding into a 3D honeycomb structure on-site.

    💧 Permeable & Eco-Friendly Design: The open-cell structure allows natural water circulation without compromising soil porosity, supporting vegetation growth and sustainable drainage.

    ⚙️ Customizable Specifications: Flexible manufacturing allows adjustments in cell height, welding distance, and sheet thickness to meet specific geotechnical engineering requirements.

     

    Basic Info.

     

    Color

    Black, Green, Orange, Yellow, Customized

    Trademark

    Zhongloo

    Function

    Distributing Load,Anti-deforming,
    Non-skid

    Feature

    Corrosion  Resistant,Oxidation
    Resistance,Chemical Stability,
    Wear-resistant

    Welding Space

    330mm–1600mm (13in–63in)

    Thickness

    1.0mm (0.04in), 1.2mm (0.05in), 1.5mm (0.06in), 1.6mm (0.06in), 1.7mm (0.07in), 1.8mm (0.07in)

    MOQ

    300 sqm (3,229 sq ft)

    Height

    50–250mm (2–10in)

    Transport Package

    Custom Packaging

    Standard

    ASTM, GB/T

    Certifications

    SGS/CE/ISO

    Origin

    China

     

    Technical Specifications

     

    Material Properties

    Unit

     

     

     

     

    Test Method

    Cell Depth

    mm (in)

    75(3in)

    100(4in)

    150(6in)

    200(8in)

     

    Polymer Density

    g/cm3 (lb/ft³)

    0.935-0.965 (58.4–60.2 lb/ft³)

    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 (in)

    1.27 (0.05in) -5%,+10%

    ASTM D 5199

    Nominal Sheet Thickness After Texturing

    mm (in)

    1.52 (0.06in) -5%,+10%

    ASTM D5199

    Strip Puncture Resistance

    N (lbf)

    450 (101 lbf)

    ASTM D 4833

    Seam Peel Strength

    N (lbf)

    1065 (240 lbf)

    1420 (320 lbf)

    2130 (480 lbf)

    2840 (480 lbf)

    EN ISO 13426-1B

    Seam Efficiency

    %

    100

    GRI-GS13

    Nominal Expanded Cell Size (width x length)

    mm (in)

    320x287 (12.6x11.3in), 475x508 (18.7x20.0in) etc.

     

    Nominal Expanded Panel Size (width x length)

    m (ft)

    2.56x8.35 (8.4x27.4ft), 4.5x5.0 (14.8x16.4ft), 6.5x4.5 (21.3x14.8ft), 6.1x2.44 (20.0x8.0ft)

     

     

    Application Solutions

     

    🚛 Mining Roads & Heavy Haul Routes
    The Problem: Soft subgrades and poor drainage lead to rapid rutting, potholes, and frequent road closures under heavy hauler loads.
    The Solution: The 200mm (7.87in) geocell confines local sandy or clay soils, creating a rigid, flexible slab that distributes heavy axle loads and prevents base course contamination.
    How to Apply: Grade and compact the subgrade, unroll and anchor the geocell, fill with locally sourced crushed rock or mine tailings, and compact in layers to form a stable access road.
    🏗️ Logistics Yards & Container Terminals
    The Problem: Concentrated point loads from stacked containers and heavy forklifts cause differential settlement and pavement failure.
    The Solution: The 330mm (12.99in) welding distance provides superior lateral confinement, transforming weak ground into a high-capacity working platform that resists dynamic stresses.
    How to Apply: Install over prepared subgrade, fill cells with high-quality aggregate or concrete, and use as a permanent load-bearing base for heavy storage and maneuvering areas.
    🎖️ Military Access Roads & Rapid Deployment
    The Problem: Unpaved terrain in remote areas requires immediate stabilization for heavy tactical vehicles without extensive civil engineering works.
    The Solution: Lightweight, foldable panels enable rapid deployment in all-weather conditions, providing instant stabilization over mud, sand, or snow.
    How to Apply: Deploy directly over unprepared terrain, pin securely, and backfill with available on-site materials (sand, gravel, or soil) to create an immediate, passable route.
    ⛰️ Embankment Reinforcement & Slope Protection
    The Problem: Steep slopes and embankments are vulnerable to surface erosion, shallow landslides, and loss of topsoil during heavy rainfall.
    The Solution: The 3D cellular structure locks soil and vegetation in place, preventing erosion while allowing water to permeate, supporting long-term ecological restoration.
    How to Apply: Anchor the top of the slope, stretch the geocell down the gradient, fill with topsoil mixed with seeds or organic matter, and plant vegetation for green reinforcement.

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Innovation Driven

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Satisfactory Service

Backed by a highly efficient after-sales team, we guarantee an 8-hour response time to provide you with seamless and satisfactory service.

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Prestigious Partnerships

We are proud to be a trusted supplier for industry giants, including China State Construction, China Railway Construction, China Communications Construction, and China Energy Engineering.

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Certified Quality

Backed by comprehensive ISO certifications in Quality, Environmental, and Occupational Health & Safety management, our lean production system guarantees that every roll of geosynthetic material meets the highest international standards.

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