DropQik
GeoTextiles
GeoTextile is a polymer fabric that is permeable and used to improve soil properties. They are the foundation of numerous projects in civil engineering.
Woven Geotextile
Woven GeoTextiles are made from a synthetic polymer that, like so many other fabrics, are woven together. Having high tensile strength and load capacity. Fundamentally, woven GeoTextiles are better when you want something both sturdy and durable. For example, several streets and parking garages are constructed on top of a woven GeoTextile. The fabric maintains the earth in position, restricting any movement and making a steady base for the construction on top of it. With that said, woven fabrics are used for their toughness. This makes the GeoTextiles remarkably impenetrable. This implies they can hold water, instead of absorbing and filtering.
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Non-Woven GeoTextile
Non-Woven Geotextiles are less expensive to make, have shorter life expectancies, and do nothing to strengthen or sustain the soil. What they're extraordinary at in any case, is filtering water. These fabrics quickly absorb water and spread it across a horizontal direction, eliminating the impact of water damage. For this factor, non-woven GeoTextiles are frequently required for water-proofing, soil-erosion control, dam construction, golf construction.
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Woven GeoTextile Traits
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plastic-like
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separation
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impermeable
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reinforcement
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high load capacity
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protection
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referred to by tensile strength
Non-Woven GeoTextile Traits
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felt-like
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separation
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permeable
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filtration
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drainage
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protection
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referred to by weight
GeoTextile Application
Geotextiles are widely used and are currently supporting numerous applications in civil engineering, including:-
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-Roads, airfields, railroads, embankments
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-canals, dams, reservoirs, coastal engineering
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-parking lots and curb areas
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-unpaved and paved roads in airport runways
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-retaining wall structures and pipe trenches
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-landfills, sidewalks and sand drainage layers
GeoTextile Design
GeoTextile is available in many possible design combinations. for a particular application usually takes one of three directions: design by cost and availability, design by specification, or design by function.
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Woven GeoTextile
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Woven Geotextile fabrics strive to provide dimensional stability and deliver superior load distribution.
It is used for sub-base reinforcement in roads, filtration & drainage in roads & retaining walls, slope protection, erosion control structures, ground stabilization, landscaping, etc.
They have excellent chemical resistance to the environment.
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We provide a range of Woven Geotextiles i.e, Monofilaments, Woven Reinforcement Geotextile, Woven Filtration Geotextile & Woven Geotextiles made from polypropylene slit film yarns.
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Product Applications:
Bulkhead
Construction Fabrics
Bridge Abutments
Paved & Unpaved Roads & Parking Lots
Separation & Stabilization
Haul Road Fabric
Sea Wall
Permanent Erosion Control
Underdrain
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Non-Woven Geotextile
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Image only for representational purposes
Non-Woven Geotextile enhances the performance and design life of granular layers by providing the separation & filtration function.
Provide an effective solution to the problem of constructing a stable granular layer over soft foundation soils. When a stone is placed directly on a soft subgrade, the imposed load often causes intermixing of two layers. This results in the concentration of the stone layer and a resulting loss in bearing strength, surface rutting, and deformation at the sub-base/ subgrade interface.
It provides protection from the ingress of fines into the drainage.
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We provide Nonwoven Geotextile for Civil, Environmental, and Paving Applications.
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Product Applications:
Geomembrane Cushion
Railroad Separation
Rip-Rap
Foundation Drains
French Drain
Benthic Barrier
Lightweight Separation Under pavers
SRW (segmental retaining wall) Drainage
Sports Fields
Shoreline Erosion Control
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Geo Bag
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Geo Bags have a unique stitching pattern with high stitch density which makes it most durable as compared to other geo bags available in the market.
Geo Bags can be customized in different sizes and forms which suit the requirements of design and installation.
Geo Bags can be placed on dry land and can also be installed in water of any depth.
have high mechanical properties for enhanced durability along with enhanced puncture, abrasion, and UV resistance characteristics.
are inert to biological degradation and have resistant to naturally encountered chemicals, alkalis, and acids.
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A Woven Geotextile made of 100% polypropylene yarns. Sometimes referred to as 'Geocontainer'.
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Product Applications:
Permanent Erosion Control
Shoreline Erosion Control
Dewatering / Silt / Sediment Filter
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GeoGrid
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Image only for representational purposes
GeoGrid is a polymeric material made up of many polymers like polyethylene, polyvinyl alcohol polypropylene, etc. It is one of the most important inventions in geosynthetics which is used as a reinforcing material. They formed by joining intersecting ribs. They have large open spaces in between the ribs known as 'apertures'.
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GeoGrids can be classified into two layers based on the stress transfer or direction of stretching during manufacture as-
1) Uniaxial GeoGrid: It is stretched only along a longitudinal direction. Thus the stress is transferred only along that axis; even the tensile strength is more in longitudinal direction compared to the transverse direction.
2) Biaxial GeoGrid: It is stretched along with two directions (longitudinal and transverse), thus the stress is equally distributed along with both directions.
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Features:
promote soil stabilization.
are flexible in nature and are well known for their versatility.
have high durability which reduces maintenance cost.
are highly resistant to environmental influences.
are easy to install which results in faster construction.
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We provide Geogrids in the following range: Single Layer Bi-AxialGeogrid, Bi-Axial Knitted Geogrid & Uni-Axial Knitted Geogrid.
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Geogrid Applications:
Bridge Abutments
Paved or Unpaved Roads & Parking Lots
load transfer platforms
SRW (Segmental Retaining Wall)
ground reinforcement
Separation & Stabilization
HDPE GeoMembrane
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Image only for representational purposes
High-Density Polyethylene (HDPE) Geomembrane liners are used in a wide range of containment applications.
It is available in smooth, textured, and conductive in high-temperature variations.
HDPE Geomembrane provides excellent durability and chemical resistance properties and is reliable in exposed applications, offering great UV protection and ageing resistance from the intense stresses of weather.
The best thing about HDPE Geomembrane is that it can be easily moulded and welded together.
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We offer Polyethylene liners (HDPE & LLDPE) that are resistant to chemicals and puncture. HDPE is available in standard 22' wide rolls and in thickness from 20 to 120 mils and higher. Finish options include textured on one or both sides or Smooth.
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LLDPE GeoMembrane
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Linear Low-Density Polyethylene (LLDPE) Geomembrane posses high tearing resistance and strong deformation adaptability.
has excellent anti-ageing, anti-UV, and anti-decomposition ability.
provides good weather, high and low-temperature resistance.
has good water-proof, drainage, anti-seepage, and damp-proof effects.
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LLDPE is available in standard 22' wide rolls and in thickness from 20 to 120 mils and higher. Finish options include textured on one or both sides or Smooth.
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Geomembrane Product Applications:
Fracking or Hydrofracking
Evaporation Ponds
Canals, Dams, Reservoirs
Fish Farming
Contaminated Area Cap
Landfills
Industrial Sludge
Pools, Ponds and Lakes
Floating Covers
Processed Waste Water
Sewage Sludge
Vapour Retarders
Recovery & Treatment of Animal Waste
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GeoComposites/Geonet
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GeoComposites consist of a combination of geotextile and geogrid, or geogrid and geomembrane, or geogrid and geotextile and geomembrane, or any one of these three materials with another material.
GeoComposites are used in construction and civil engineering applications for drainage applications. Drainage is defined as the collection and transportation of rainwater, groundwater, or other fluids such as leachates and gases.
GeoComposite drainage systems are being increasingly used as a more effective and economical alternative to traditional granular based solutions.
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Geonet is high-density polyethylene (HDPE), biaxial produced in thickness ranging from 150 to 300 mils. It functions as a filter fabric and retains sand particles or concrete, while still allowing the water to pass through the net. They work very well on Steepened slopes and is less expensive. They also handle heavy loads and can be used in the most extreme cases where compression resistance is critical.
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Geocomposite Applications:
SRW (Segmental Retaining Wall) Drainage
Underdrain
Residential Backyard Drainage
Foundation Drains
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Geonet Applications:
Heavy Vehicular Road Applications
Foundation walls
Retaining Walls
Under Slabs
Bridge Abutments
Landfill Leachate Collection
Geo Cell
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Image only for representational purposes
Geo Cells are three-dimensional honeycomb cellular structures that form a confinement system when filled with compacted soils, sand aggregate concrete, and other fill materials. It is extruded from high-density polypropylene strips that are ultrasonically welded in series, the strips are expanded to form stiff (textured and perforated) walls of a flexible 3-d cellular mattress.
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Geo Cells are compartment containers that can be used as a load transfer platform and are joined together to form a stiff foundation.
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Geo Cells are effective in soil, especially where the heavy loading is expected.
The confinement effect of Geo Cell improves the shear strength of granular soil.
The open surface design and high internal void volume of drainage cells enable the rapid capture and transport of high water volumes, the roots of plants and grass can take this water through capillary action and will help in the growth of these plants.
Geo Cell prevents the lateral spreading of soil on the application of load which enables the strength and stiffness property of the soft soil.
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GeoCell Applications:
Permanent Erosion Control
Retention/Detention Pond
SRW (Segmental Retaining Wall)
Bridge Abutments
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