Textured and Perforated HDPE Plastic Geocell Gravel Grid Gravel
Stabilizer GeoCell
Geocell, also referred to as Ceocell in some markets, is an
advanced geosynthetic material widely applied in civil engineering,
geotechnical construction, and infrastructure projects.
Manufactured in compliance with GB/T 19274-2003, geocell products
are made from high-quality HDPE sheets bonded by ultrasonic welding
to form a durable, three-dimensional cellular structure.
This geocell technology offers a lightweight, collapsible, and
easy-to-install solution. Once expanded on site, the geocell grid
creates a honeycomb network that can be infilled with soil, gravel,
sand, crushed stone, or even concrete. The filled geocell structure
ensures outstanding lateral confinement, enhanced stiffness, and
excellent load-bearing capacity.
Geocell systems are extensively used for slope protection, roadbed
reinforcement, retaining wall construction, erosion prevention, and
ground stabilization. With high durability, resistance to chemical
degradation, and UV stability, geocell materials provide long-term
performance under demanding environmental conditions.
Whether referred to as geocell or Ceocell, this cellular
confinement system is a critical solution for improving the
stability, strength, and reliability of modern engineering and
environmental projects.
Durable & Lightweight:
Made from high-grade HDPE, the geocell system combines low weight
with excellent durability. It shows strong resistance to abrasion,
UV degradation, chemical exposure, and demanding environments such
as saline soils, deserts, or acidic and alkaline conditions.
Enhanced Confinement Strength:
The interconnected geocell honeycomb structure ensures outstanding
lateral confinement, high skid resistance, and uniform load
transfer. This geocell reinforcement greatly improves ground
stability and roadbed performance.
High Load Capacity:
Engineered geocells provide superior erosion resistance, sustain
heavy traffic loads, and maintain structural integrity across
diverse terrains. The geocell material supports long-term strength
under both static and dynamic forces.
Flexible Design Options:
With adjustable heights and weld spacing, geocell panels can be
tailored to specific project needs, making them suitable for slope
protection, embankment reinforcement, retaining wall construction,
and other civil engineering applications.
Efficient Handling & Installation:
The foldable geocell design saves transport space and simplifies
logistics. Modular geocell units allow quick deployment and easy
installation on-site, helping reduce labor costs and shorten
construction schedules.
Cost-Effective Solution:
By utilizing locally available infill materials such as soil, sand,
or gravel within the geocell grid, overall project costs are
reduced while still ensuring reliable geocell stabilization and
structural performance.
Technical Parameters:
| 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 | |
The geocell plastic grid, often referred to as Ceocell, is widely
applied in civil infrastructure and environmental engineering
projects. With excellent soil confinement and efficient load
distribution, geocell systems offer a reliable and economical
solution for various ground stabilization, erosion control, and
foundation reinforcement applications.
1. Road Construction & Driveways
Geocell, also known as Ceocell, is widely used for strengthening
road base layers, constructing gravel or unpaved roads, and
stabilizing both residential and commercial driveways. Geocell
solutions enhance load-bearing capacity on soft or unstable soils,
while the honeycomb structure evenly distributes applied loads,
effectively preventing rutting and surface damage. This makes
geocell systems a reliable and efficient choice for a variety of
ground stabilization and infrastructure projects.
2. Embankment Stabilization
Plastic geocell grids, also called Ceocell, offer robust support
for embankments and slopes, especially in areas susceptible to
erosion or soil settlement. By securely confining infill materials,
geocell systems enhance the stability of roadways and railway
embankments, reducing maintenance needs and long-term repair costs.
3. Riverbank Protection
HDPE geocells are extensively used to protect riverbanks,
waterways, and coastal areas from erosion. The flexible geocell
structure adapts to changing terrain and varying water levels,
supports vegetation establishment, and provides an effective,
sustainable solution for hydraulic and environmental engineering
projects.
4. Landslide Prevention
Ceocell geocell systems enhance soil stability by providing strong
lateral confinement, helping to prevent landslides and soil
displacement on steep or unstable terrain. These geocell solutions
are especially effective in mountainous and hilly areas, ensuring
long-term slope reinforcement and safety.
5. Cost-Effective Construction
Geocell systems help reduce roadbed thickness and shorten
construction time, while minimizing labor requirements. By allowing
the use of locally available materials such as sand, gravel, or
recycled aggregates, geocell solutions deliver excellent structural
performance and stability, all while significantly lowering overall
project costs.
