Home Page Products CELLULAR FILL SYSTEM (GEOCELL)

CELLULAR FILL SYSTEM (GEOCELL)

Cellular fill systems are three-dimensional geosynthetics produced from high-density or low-density polyethylene raw materials. They are lightweight, flexible, and expandable, manufactured in desired dimensions using ultrasonic welding. These are used for enhancing the stability of sloped surfaces, strengthening weak soils, and in ground reinforcement for railways and highways, as well as in aggregate-concrete fills.

Usage areas


  • In transportation projects (highways, railways, airports)

  • Irrigation channels

  • Slope surface stabilization

  • Stream beds and trench stabilization

  • Retaining wall construction

  • Soil and fill reinforcement

  • Erosion control

  • Greening of sloped areas

  • Ponds

Product features

Highly resistant to chemicals.
Recyclable, thus environmentally friendly.
Easily applicable to the ground.
Resistant to natural conditions.
Significantly improves system performance.
Maintains the balance of vegetation cover, preventing erosion on the surface and protecting the soil and nature.
Enhances the performance of structural fill materials.
Provides high drainage in the soil, preventing the accumulation of hydrostatic pressures.
Creates a cellular network through high-strength welded junction points.
Long-lasting.

Specification Table

PRODUCT TECHNICAL INFORMATION FORM (PTIF)
Product Name   Cellular Fill System (GEOCELL)
Base Material   High-Density Polyethylene
Width-Length (meters)   Varies based on cell depth and weld spacing
Diameter   Ø50, 80, 100, 125, 160, 200
Thickness (mm)   1,5 mm 
Weld Spacing (mm)   330, 400, 440, 600 (desired weld spacing)
Cell Depth (mm)   50, 75, 100, 150, 200 (desired cell depth)
Cell Wall Type   Perforated
Perforation Rate   ~ %7
Weld Type   Ultrasonic
Packaging   In nylon packaging - Palletized
Color   Black (custom colors available)
MECHANICAL AND CHEMICAL PROPERTIES
Properties  Standard  Results
Low-Temperature Behavior (-40 °C)  TS EN 495-5 No breaking or cracking.
Tensile Stress at Perforation (kN/m)  TS EN ISO 13426-1 13,0-22,0 
Weld Tensile Strength (kN/m)  TS EN ISO 10319 ≥ 19 
Oxidation Induction Time (minutes) TS EN ISO 11357-6 ≥ 150
Flexural Storage Modulus (Mpa)  TS EN ISO 6721-1 ≥ 525 
Thermal Expansion Coefficient (ppm/°C)  TS ISO 11359-2 ≤ 135