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Geocell is fabricated by Hindustan GeoSystems from high-density polyethylene (HDPE) material and forms flexible panels. With the help of supersonic welding, it creates a three-dimensional structure that resembles a honeycomb.
The filled cells being interconnected, the Hindustan Web acts like a stiff mat that spreads the applied load over an extended area. Hindustan Web provides an efficient solution for reinforcement system end erosion control because of the stabilized slope surfaces. The flexible walls of the hindustan web make them adaptable to the naturally variable climate. They are utilized in development to reduce disintegration of the upper surface of soil, settle the soil, safeguard channels, and give primary support to earth maintenance.
As a developing hindustan web Manufacturer in the market, Hindustan GeoSystems quality assurance fully complies with the international standard. Our quality management systems are certified to ISO 9001-2015.
The utilization of Hindustan Web and infill materials provide versatile and economical solutions for many applications including:
Slope Protection
Hindustan Geocell for slope protection System prevents sliding or sloughing off by providing sufficient weight at the foot along the face of the slope.
Earth ProtectionHindustan Web Earth Protection system minimizes and distributes the load over the entire region to build the rigidity of the soil.
Ground StabilizationHindustan Web Ground Protection system reduces and eliminates erosion actions of wind and water on exposed soils.
Channel ProtectionHindustan Web Channel Protection System protects channel slopes from soil erosion and confines the infill materials that form the channel bed and banks.
Slope Protection
Hindustan Geocell for slope protection System provides excellent protection for slopes against erosion through its designed expandable, strong, and cellular structure. The cells adjust to the boundary and make a three-layered divider that keeps soil particles from moving horizontally. It confines the desired infill material and resists the downward migration of materials due to hydraulic flows. The infill materials are based upon the requirements of projects. Topsoil is for well establishing Hindustan Web vegetation system; granular infill is for non-vegetation slopes, and concrete is best for hard & durable protection from severe natural calamities.
Earth Protection
Earth retention system is structures built to stabilize precipitous slopes using the minimal land area. There are two basic types of earth retention systems:
The cells maintain a three-layered framework that disperses the load over a bigger region, which decreases the risk of failure. Also, the holes in the strips permit water to cross through, which helps keep the soil damp and keeps it from becoming compacted. This builds the firmness of the soil and decreases the possibility of disappointment, which, therefore, proves Geocell as the best erosion control products for steep slopes.
Hindustan Web Earth Retention System is durable and resistant to water which offers a more flexible cost-effective retaining system than a conventional earth retention system.
Ground Stabilization
Hindustan Web ground stabilization system stabilizes a poor load-bearing soil significantly in an effective way. The walls of three-dimensional cellular confinement systems keep the infill materials from being pushed down from the applied stresses. Because filled cells are connected, the panel works like a large mat. Applied stresses are spread over an extended area instead of directly at the point of contact.
It provides a temporary or permanent load support system, which can be easily relocated or reused. There are several infill materials to choose from, including sand & concrete.
Hindustan web can be introduced rapidly and effectively, without the requirement for heavy hardware. They are a kind of flexible arrangement that can be utilized in a few applications to balance the slopes and bear loads of feeble or weak soils.
Hindustan Web Ground Stabilization System provides a cost-effective solution to ground stabilization projects.
Channel Protection
Hindustan Web channel protection designs have compatibility with the local environmental, ecological, and aesthetic requirements.
Hindustan web are likewise utilized as defensive linings for channels and other water-powered channels. The cell structure is a three-layered divider that keeps soil particles from entering the stream and causing pollution. In addition to this, the cells assist with the minimization of the disintegration of channel bed and sides. This increases the existence of the structure and helps keep it good to go.
A technical overview of the design and construction of Open Channel & Energy Dissipation structures that incorporate hindustan web Channel Protection systems is presented herein by us.
| Mechanical properties | ||
|---|---|---|
| Polymer density (ASTM D 1505) |
g/cm3 | 0.935 - 0.965 |
| Environmental stress crack resistance (ASTM D 1693) |
Hours | >5000 |
| Carbon black content (ASTM D 1603) |
% | 1.5 - 2.0 |
| Nominal sheet thickness (post texturing) (ASTM D 5199) |
mm | 1.25 - 1.5 |
| Material | Compound of various polyethylenes and additives | |
| Texture | Polyethylene strip consists of multiple rhomboidal indentations, having 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 the cell surface area | |
| Property | Unit | HW 330 | HW 356 | HW 445 | HW 660 | HW 712 | |
|---|---|---|---|---|---|---|---|
| Weld spacing (+3%) | mm | 330 | 356 | 445 | 660 | 712 | |
| Expanded cell dimension (+3%) | Width | mm | 244 | 259 | 320 | 488 | 508 |
| Length | mm | 210 | 224 | 287 | 436 | 475 | |
| Expanded Section (+3%) | Width | mm | 2.44 | 2.59 | 3.20 | 4.88 | 5.08 |
| Length | mm | 6.10 | 6.50 | 8.35 | 12.63 | 13.72 | |
| Expanded section area (+3%) | m2 | 14.9 | 16.8 | 26.6 | 61.7 | 70.0 |
| Cell depth (available for all welds) | ||||||||
|---|---|---|---|---|---|---|---|---|
| Seam peel strength (+ 5%) | mm | 75 | 100 | 125 | 150 | 200 | 250 | 300 |
| N | 1065 | 1420 | 1775 | 2130 | 2840 | 3550 | 4260 |
