Textured and Perforated HDPE Plastic Geocell Gravel Grid Gravel
Stabilizer GeoCell
Geocell, sometimes called Ceocell in certain regions, is a
cutting-edge, high-strength geosynthetic product extensively
utilized in civil and geotechnical engineering fields. Produced
according to the GB/T 19274-2003 standard, Ceocell geocells consist
of reinforced HDPE sheets joined together by ultrasonic welding to
create a sturdy, three-dimensional honeycomb structure.
This innovative Geocell/Ceocell system is lightweight, foldable,
and convenient for transport and installation. When deployed, it
expands into a honeycomb grid that can be filled with materials
like soil, crushed stone, gravel, sand, or concrete. The filled
structure provides excellent lateral confinement, rigidity, and
high load-bearing capabilities.
Ceocell geocells find wide application in projects such as slope
stabilization, retaining walls, erosion control, roadbed
strengthening, and ground reinforcement. Their exceptional
flexibility, durability, and resistance to chemical damage and UV
exposure make them an effective solution for challenging
environmental conditions.
Known as either Geocell or Ceocell, this cellular confinement
system is essential for enhancing the durability and performance of
infrastructure and environmental engineering works.
Durable & Lightweight:
Manufactured from premium HDPE, this geocell is lightweight yet
highly resistant to wear, UV radiation, chemicals, and harsh
environments including acidic, alkaline, desert, and saline
conditions.
Strong Lateral Confinement:
The honeycomb cell design provides excellent anti-skid, deformation
resistance, and effective load distribution, significantly
improving roadbed support and stability.
High Load-Bearing Capacity:
Ceocell geocells deliver superior dynamic performance, resist
erosion, and offer long-lasting structural support under heavy
loads and diverse terrain conditions.
Flexible Configuration:
Adjustable cell height and welding spacing allow customization to
meet the unique requirements of various civil engineering projects
such as retaining walls, embankments, and slope protection.
Efficient Transportation & Installation:
The foldable geocell design minimizes transport volume. Modular
panels enable easy assembly and fast on-site installation, reducing
labor costs and project timelines.
Cost-Effective Construction:
Using locally sourced fill materials like soil, gravel, or sand
with Ceocell geocells lowers overall construction expenses without
compromising 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 plastic geocell grid, commonly known as Ceocell, is extensively
used in infrastructure and environmental engineering fields. Thanks
to its superior load distribution and soil containment
capabilities, it provides a cost-effective and dependable option
for a wide range of ground stabilization applications.
1. Road Construction & Driveways
Geocell/Ceocell solutions find broad use in:
Strengthening road base layers
Constructing gravel or unpaved roadways
Stabilizing residential and commercial driveways
Increasing load capacity on soft or unstable soil
The honeycomb design evenly spreads applied loads, helping to
prevent rut formation and surface damage.
2. Embankment Stabilization
Plastic geocell grids provide effective support for embankments and
slopes, particularly in erosion-prone or settling areas. By
securely containing infill materials, Ceocell strengthens the
stability of road and railway embankments, lowering repair and
upkeep costs.
3. Riverbank Protection
HDPE Geocells are widely utilized for protecting riverbanks,
waterways, and coastal zones from erosion. Their adaptable
structure accommodates shifting landscapes and fluctuating water
levels, promoting vegetation growth and supporting sustainable
hydraulic engineering solutions.
4. Landslide Prevention
By reinforcing the soil and providing lateral confinement, Ceocell
Geocell systems help prevent landslides and soil movement on steep
slopes or unstable ground. This makes them highly suitable for
mountainous and hilly regions.
5. Cost-Effective Construction
Reduces roadbed thickness
Minimizes construction time and labor
Allows use of locally available materials such as sand, gravel, or
recycled aggregates
Overall, Geocell construction provides excellent performance while
significantly lowering project cost.
