Ocean Non Wovens Pvt. Ltd.

As filters, Woven Monofilament Geotextile have superior resistance to soil and biological clogging. As separators and stabilizers, they allow water to freely pass while preventing contamination of base material and adding tensile elements to soil and fill material.

• Subsurface Drainage
• Hard Armor Underlayment
• Landfill Leachate Collection

Non Woven Geotextile has been secured on the ground surface, seed(usually grass) is sown through the mat. Mixture of topsoil & seed then brushed over the mat to completely feel it. The celluler geotextiles are used for reinforcing the topsoil layer. The cellular geotextile is formed from a mechanically bonded nonwoven products which has been partially impregnated with resin in order to give it slight rigidity.

The four main sub-divisions of surface reinforcement geotextiles are:

• Thick three dimensional mats
• Cellular geotextiles
• Geotextiles woven from thick, widely spaced yarns
• High profile geotextiles nets.

Filtration Geotextile are a high quality filter fabric that can be used for a variety of drainage and filtering applications. These geotextiles are designed to retain fine particles when water passes from fine grained to coarse grained soil layers. This helps keep particles separated and prevents water from building up and causing erosion. Common applications include the following:

• Soil Erosion Prevention
• Stabilization Under Pavers
• Erosion Control and Repair
• Soil Restoration Applications
• Drainage and Filtration Requirements
• Drainage and Gas Venting
• Asphalt Overlay

Geo textiles in Fly Ash Management Project??are highly advantageous for various different projects. It is important that you use them whenever you need to tackle complex situations in which you have to set up some sort of moisture barrier, you need drainage or two soils have to be separated. Just make sure that you know everything about proper installation. In so many situations we see people that simply try such a project alone, without professional supervision. Improper geotextile installation basically removes all the advantages we highlighted above.

Permeable Geotextile needled to form a stable network that retains dimensional stability relative to each other. The geotextile is resistant to ultraviolet degradation and to biological and chemical environments normally found in soils. The fibers are needled to form a stable network that retains dimensional stability relative to each other. The geotextile is resistant to ultraviolet degradation and to biological and chemical environments normally found in soils.

Features:

• Superior chemical resistance
• Sturdy fabric capable of withstanding construction installation stresses
• Maximum UV resistance

The products offered by us include premium quality Woven Geotextile. These fabrics facilitate easy installation and have low maintenance needs. These fabrics are durable, damage-resistant and easy to use. The geotextile fabrics provided by us are available to clients in a wide range of specifications at highly economical market prices. The fabrics are durable, damage-resistant and tear-resistant. The woven texture of these fabrics is highly durable.

Features:

• Tear-resistant
• Durable
• Damage-resistant

We are offering Flood Control Geotextile. Floodwater mitigation involves managing and controlling flood water movement resulting from high tides, higher run-off and winter storms through the use of flood walls. Cut-off walls should be used to manage low lying flood plains, manage seepage and at sites where groundwater is contaminated, to protect critical structures within these areas. Flood walls protect some of the nation’s most valuable assets including international airports and refinerys. Floodwall solutions prepare for, recover from, and prevent disasters related to climate change. Pre-planning is of the utmost importance when facing the risk of a flood. It is crucial to have flood mitigation solutions in place before an emergency occurs.

We are offering a Asphalt Over Lay Geo Textile. When used to fulfil the filtration process in roads, geotextiles have significant advantages. The removal of water is important to the success of many civil engineering problems. In transportation applications, if the base course does not drain rapidly enough, stress form the traffic loading is transferred to the subgrade with little or no reduction, resulting in accelerated road failure. The removal of water must be performed in a controlled fashion.

Otherwise, severe erosion, piping, settlement of soils may result in undermining adjacent structures. To accomplish this task, the drainage system should fulfil two criteria: maintenance if the permeability (by providing relatively unimpeded flow of water), and filtration of the base soil (by preventing the migration of the soil fines into the drain). These criteria can be met by using several layers of specially graded aggregates. This often proves to be an extremely expensive requirement to meet. The same result can be achieved at a fraction of the cost by using selected geotextiles, which act as filters around the aggregate drainage system. The introduction of geotextile lined drained systems has enhanced the technical properties and economic application of blanket and trench drains under and adjacent to pavement structures. The excellent filtration and separation characteristics associated with geotextiles permit the use of a single layer of open graded aggregate base or trench aggregate enveloped in a geotextile. Thus, when geosynthetics are used within pavement structures for drainage and moisture control, they enhance the pavement structure and lengthen its performance by reducing the influence moisture has on the pavement materials.

The design engineer should be well aware of the possible problems and should use this relatively new tool for solving them. Geotextile For Railway Stabilisation are an efficient effective and economic method of solving most of the geotechnical problems in roads. Geotextiles are permeable fabrics which, when used in association with soil, have the ability to separate, filter, reinforce, protect, or drain.

Geotextile For Erosion Control are synthetic products used to stabilize terrain. They are generally polymeric products used to solve civil engineering problems.

Geotextile For Erosion Control are multi-purpose fabrics that are felt-like in appearance. The main functions for these products are filtration and separation. The most common nonwoven is a needle-punched product. Staple fibers or continuous filaments are bonded by mechanically entangling the fibers with barbed needles.

We are offering a wide range of Woven And Non-Woven Geotextile For Soil Control. Placed around drain trenches or drainpipes on the shoulders or between the tracks, the geo-synthetic acts as a filter and restores the hydraulics equilibrium by forming an auto filter with the natural soil. And also, it should control but not stop completely the number of particles migrating into the drainage media as water drains out of the soil. Filter layer protects the banks of a navigable waterway.

The geotextiles maintains the filtration strata and prevents finer particles being washed out thus ensuring consistent and continuous drainage performance over a wide range of civil engineering applications. This results in:

• Lower material costs since cheaper, coarser filtration aggregates can be used.
• Faster and cheaper installation.
• More consistent long-term drainage performance.
• Preventing clogging of drainage systems.
• Preventing soil erosion.

PP Geotextile for reinforcement of retaining walls help to maximize their land use. However, building a concrete gravity or crib wall is often impractical because of their high construction cost. Geotextiles are used for a wide assortment of reinforcement applications, including embankments over soft soils, levees and retaining walls. Geotextiles are well-suited to construction of walls with timber, precast panel and segmental block facing. In fact a geotextile retaining wall can be built for less than half the cost of a conventional wall. Woven geotextiles offer other significant advantages over conventional methods, such as simplified installation and construction, and the ability to use on-site backfill material. Polypropylene geotextiles cost approximately half the amount of polyester and polyethylene geogrids, and they require considerably less labor to install.

Rip Rap Geotextile is commonly used as erosion protection for culverts, stream banks, beachfront, drainage channels, slopes and other areas subject to erosion by water. However, rip-rap alone is often not enough to prevent erosion. Scouring and migration of soil particles through the rip-rap can undermine its effectiveness. A well-chosen erosion control geotextile will greatly improve the performance and lifespan of rip-rap.

Other Details:

• Prevent Undermining of Rip-Rap
• Choose the Correct Erosion Control Geotextile
• Identify Soil Type
• Calculate Strength and Flow Characteristics
• Nonwovens For Clays
• Monofilaments for Fine Grained Sands

Woven Slit Tape Geotextile used in civil engineering applications are expected to carry out one or more functions over if given design life. There are five defined functions, these are; drainage, separation, filtration, protection and reinforcement. Geotextiles are normally manufactured by either woven or non-woven techniques. The functional requirements of the geotextile in a given application will determine the performance properties required, and any assessment of the products durability will be based on the degradation of these properties over a given time.Geotextiles particularly refers to permeable fabric or synthetic material, woven or non-woven, which can be used with geotechnical engineering material. They apply to a broad range of civil engineering construction, paving, drainage and other applications. Geotextiles are extensively used with soil, rock, earth or any other geotechnical engineering-related material.

Application:

Application:

• Subsurface Drains.
• Retaining Wall.
• Permeable Paving.
• French Drains.
• Porous surface layers.
• Drainage Composites.

The offered Ground Level Tmp Geotextile is woven under the strict vigilance of our deft professionals using top-notch quality raw materials and innovative techniques in tandem with international quality standards.

Polypropylene Woven Geotextile are made from weaving monofilament, multifilament, or slit film yarns. Weaving is a process by which interlocking yarn is to make Woven Geotextile. Monofilament Woven Geotextiles have better permeability, making them suitable for certain drainage applications. High strength Multifilament Woven Geotextiles is primarily used in reinforcement applications.

Characteristics:

• Floats on water
• Minimal water absorption
• Low weight
• Easy handling
• Inert to chemicals
• Controlled elongation

• Excellent chemical resistance in extreme atmospheric conditions
• Staple fiber needle punched forms a sturdy fabric
• Readily withstands construction installation stresses
• Complete UV resistance
• Economical and comparatively durable than other conventional methods

• Prevent Clogging
• Extend Drain Life
• Increase Performance

Geotextiles basically fall into five categories - woven, heat-bonded nonwoven, and needle-punched nonwoven, knitted and by fibre/soil mixing. Woven fabrics are made on looms which impart a regular rectilinear construction to them, but which can vary in terms of the component fibres and the weave construction. They have a surprisingly wide range of applications and they are used in lighter weight form as soil separators, filters and erosion control textiles. In heavy weights, they are used for soil reinforcement in steep embankments and vertical soil walls; the heavier weight products also tend to be used for the support of embankments built over soft soils. The beneficial property of the woven structure in terms of reinforcement, is that stress can be absorbed by the warp and weft yarns and hence by fibres, without much mechanical elongation. This gives them a relatively high modulus or stiffness.

Road Construction Geotextile deliver lasting parting of the cumulative base out of the subgrade soil. By untying these two substances, the Geotextile upholds the original width of the roadway total. This is the most vital Geotextile purpose for roads, chiefly while the road is being built on feeble subgrade soils.

Features:

• Heat and compression resistance
• Excellent flexibility
• Excellent resistant against tear and abrasion
• Rugged design

Liner Protection Geotextile are a kind of geosynthetic material that has become more and more popular over the past fifteen years. The material owes its success in more than 80 applications to a large extent to its resistance to biodegradation. Geotextiles are indeed textiles, however not in the traditional sense of the word. They are no natural materials like cotton, wool or silk. Geotextiles are synthetic fibers that can be made into a flexible, porous, nonwoven needlefelt fabric. They are porous to water flow, to a varying degree.

Geogrid Textile are technical textile that comes under "Buildtech" used for infrastructure industry to make composite construction in various applications listed below:

• Reinforcements
• Errosion control
• Filtration
• Protection
• Separation
• Prevention

• Jute Geotextiles as Separator to Improve Pavement Performance
• Jute Geotextiles for Ground Improvement Jute Geo grid for Erosion Control of Denuded Slopes
• Jute Geotextile for Drainage and Filtration Application