Product Information Geocell Room
RuihengCell® is a perforated cellular confinement system engineered from HDPE sections for maximum performance. RuihengCell® is available in a number of depth and cell opening combinations. RuihengCell® is supplied in a folded configuration that minimises transport costs to site yet can be readily expanded on site for very quick installation. RuihengCell® has been perforated to ensure that each cell does not become water saturated during use.
The RuihengCell® Cellular confinement system is one of the most advanced technologies available for solving challenging soil stability problems. It consists of an engineered, high strength network of interconnected cells that confines and stabilises soils. The RuihengCell® system provides an innovative solution to soil stability problems in slope and channel protection, load support and earth retention applications. After the RuihengCell® System is installed specific infill materials are used to backfill the cells and create a strong, permanent protection and stabilisation system. The RuihengCell® Cellular System can be used for slope protection, channel protection, earth retention and load support.
APPLICATIONS Geocell Room
Technical Data Geocell Room
Material properties
Polymer density
(ASTM D 1505) g/cm3 0.935-0.965
Environmental stress crack resistance
(ASTM D 1693) hrs >5000
Carbon black content
(ASTM D 1603) % min. 2.0
Nominal sheet thickness (post texturing)
(ASTM D 5199) mm min. 1.52
Material Compound of various Polyethylenes and additives
Texture Polyethylene strip consists of a multiple rhomboidal indentation
over the entire strip area on both sides of the strip.
The indentations have a surface density of 22 to 32 per cm2 .
Perforations Polyethylene strip is perforated with horizontal rows of maximum 10 mm diameter holes. Cell perforations
area is less than 12% of cell surface area
Cell/ Section properties
Property Unit RH330 RH356 RH445 RH660 RH712
Weld spacing (± 3%) mm 330 356 445 660 712
Cell Depth (± 3%) mm 75, 100, 125, 150, 200, 250, 300
Expanded cell dimensions
(± 3%)
Width mm 244 259 320 488 508
Length mm 210 224 287 436 475
Expanded cell area
(± 3%) cm2 250 289 460 1000 1206
Nominal expanded section1
(± 3%)
Width m 2.44 2.59 2.56 2.44 2.56
Length m 6.10 6.50 8.35 12.63 13.72
Nominal expanded section area
(± 3%) m2 14.9 16.8 21.4 30.8 35.1
Seam properties Cell depth
mm 75 100 125 150 200 250 300
Seam peel strength
(US ACE Technical report, GL-86-19) N 1065 1420 1775 2130 2840 3550 4260
1 The values can be customized
The properties might change at the time of manufacturing, storing, handling or shipping
The above values are subject to change as per discretion of the company
Geocells Advantages Geocell Room
Infrastructure development involves the engineering and development of the structures while ensuring that they don't negatively impact natural resources. Soil stabilization and reinforcement are a big concern and potential risk to the ongoing stability of the roads, bridges, and footpaths.
A cellular confinement system provides many benefits for engineers, including affordability, increased weight-bearing capabilities, and better stabilization. Additional benefits include:
- Durable infrastructure. Geocells are heavily used in civil engineering for building roads and pavement because they provide a flexible base while holding the soil. Due to their superior load distribution capabilities, they prevent much of the stress cracking that otherwise occurs in paved roads.
- Enhanced slope protection. A geocell grid offers a more durable alternative to stone pitching or mulch mats, even on steep slopes. It prevents erosion without the need for expensive materials or skilled labor.
- Environmental friendliness. A cellular confinement system provides an eco-friendly way to build green slopes or retaining wall systems. The geocells can be filled with vegetation, concrete, or use locally sourced materials like soil or gravel without extensive quarrying. Using locally sourced materials increases the positive effects on the environment by decreasing your carbon footprint.
Types of Geocell Room
Geocells have changed the face of sustainable building initiatives, from stabilizing building foundations to preventing soil erosion in agricultural applications. They come in different types and specifications to solve varying issues with different types of soil.
- Perforated geocells have uniform holes in the walls of the cells to provide enhanced stress distribution and reduction of deformation.
- Non-perforated geocells have smooth, solid walls.
- Geonets, geomembranes, and prefabricated vertical drains see occasional use as application-specific alternatives to geocells.
Product Process Geocell Room
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