The Ultimate Guide To Geotextile Fabric

April 20, 2022 | Geotextile, Insights

Geotextile | Definition

Geotextile introduce permeable synthetic textile materials. Broadly, it is produced from polyester or polypropylene polymers. Geotextile are accustomed to increasing soil stability, providing erosion control, or aiding in drainage.

A form of geotextile can be produced using different polymers and manufacturing processes that make them beneficial in a variety of civil construction applications. Geotextile and geosynthetics products including geogrids, geonets, and others are as well as suitable for geotechnical and environmental engineering design.

Geotextile | Types

Geotextile are divided into principally two types: Fiber-based Geotextile & Fabric-based Geotextile. Fiber-based Geotextile are specified below:

Natural Fibers

Natural fibers are composed of plant, animal, and mineral origins. A huge quantity of these fibers is available worldwide. The natural fibers have some properties to help manufacture geotextile. They are of high strength, high modulus, less breaking extension, and poor elasticity. Yarn and fabrics originating from natural fibers show a poor level of creep ability during application. Mineral fibers are .tense and low flexible that’s why mineral fibers do not apply to manufacturing geotextile as an industrial application. The important natural fibers which are used in manufacturing geotextile that are jute, sisal, flax, hemp, abaca, ramie, and coir.

Synthetic Fibers

The synthetic or man-made fibers used for geotextile are termed geosynthetics. Hence, there is a difference between geotextile and geosynthetics that’s geotextile are manufactured from both fibers such as natural fibers and synthetic fibers but geosynthetics are made from just synthetic fibers. Thus, having said that all geotextile are not geosynthetics but all geosynthetics are geotextile. The four polymeric families are identified as raw materials for geosynthetics namely polypropylene, polyester, polyamide, and polyethylene.


Polypropylene (PP) is the most applied polymer for the manufacturing of geotextile because of its low cost, appropriate tensile properties, and chemical passivity. Polypropylene has a poor density thence it has a low cost per unit of volume. The disadvantages of polypropylene are it is very much reactive to UV rays and at higher temperatures. It has low creep and mineral resistance. Polypropylene should be used under proper installation and meteorological conditions.


Polyester (PSF) is used as geotextile due to its superior creep resistance and persistence values. It is suitable when geotextile are required for high stresses and bluff temperatures. The disadvantage of polyester is hydraulic deterioration in soils over the pH10. Polyester fabric is very economical, and it is established in PET chips or plastics.


To manufacture traditional geotextile polyamide (PA) is essential .Nylon 6 and Nylon 6:6 are applied to make it. The choice of polymers is based on strength, creep behavior, fabric structure & finishing specifications. Synthetic polyamide is utilized for it but not natural polyamide such as silk, protein is not acceptable for it.


Polyethylene (PE) is used in the case of just woven coated geotextile. The advantages of its uses are minimal thermal expansion and contraction, and extra-sharp resistance providing tear and punctures. It is UV rays resistant and it has a huge heat seaming resistance.

Differences between Woven and Non-woven Geotextile

Ensuring you make the right choice of geotextile fabric for your project signifies understanding the differences between them. Typically, woven geotextile have greater strength values, although non-woven geotextile have higher flow rates and absorptive. Here’s a summary of the differences.
PHYSICAL ATTRIBUTES: Woven fabrics are plastic-like in feel and characteristic, whereas non-woven fabrics have a fuzzy-like feel and characteristic.
MANUFACTURING PROCESS: Woven geotextile in Malaysia are fabricated together on a film or loom whereas non-woven geotextile are manufactured by joining fibers together.
REFER: Woven’s are referred to by tensile strength while non-woven is referred to by weight, generally grams per square meter.
STRENGTH: Woven fabrics from Malaysia are fabricated by thread crossing which creates a sturdy reinforcement, meaning they are stronger and more enduring than non-woven because of woven fabrics.
ELONGATION: Non-woven geotextile will have much larger elongation (higher than 50%) than woven geotextile (between 5% and 25%).
WEIGHT: The weight of wovens is barely ever specified because they are usually used to provide reinforcement and separation despite the weight. On the other side, the weight of non-woven is much specified.
COST: Non-woven fabrics tend to be more budget-friendly because they are quicker to produce, as woven fabrics are more costly to produce and take more time and effort to manufacture.

6 Popular Applications Of Geotextiles

Geotextile are basic tools in the construction of roads, drains, harbor works, breakwaters, and many other undertakings. They’re as well as often used in civil engineering. What makes them dynamic is their ability to perform different functions within all of these different projects. Here’s a look at some of the most common and popular applications for geotextile.


This application is just what the name implies. The geotextile is laid between two distant layers of different materials. This could be two distinct types of soil, old and new pavement, or soil and advanced construction. There are a perpetual amount of possibilities. Separation is almost indistinguishable from stabilization, but there are some distinct variations to attain stabilization.


In a standard stabilization application, the geotextile is laid on a flexible material. Most frequently, that’s damp, soft soil. The geotextile is then able to let water from the soft soil pass into a much more freely draining material. This cements the bottom layer, which strengthens it and creates a more reliable base.


In this application, the geotextile is an origin of strength instead of strengthening the bottom soil as in stabilization. That as well as means that rather than being putted on top of a layer that requires to be strengthened, reinforcement applications are accomplished by putting the layer within the weak layer and In this manner, reinforcement through geotextile is likely to reinforcement techniques for other materials such as concrete.


This application is as well as similar to stabilization in that the main function is to allow water to be passed out of the covered layer. The objective of filtration is to remove water without letting soil or other fine materials pass through. This is adept in conjunction with a filter behind the geotextile. Water is altogether removed rather than filtered into another material.

Moisture Barrier

This application for geotextile is the antithesis of what’s been discussed. Rather than letting water through the geotextile, water and other materials are obscured by applying an asphaltic emulsion. This makes the geotextile damp-proof and ideal for use in activities like pavement rehabilitation.
Whatever your requirements for geotextile are, Ocean Non-Woven Pvt. Ltd has the products you need to do the job right. Contact us, stop by and say hello, or browse through our online products on our website.

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