Geotextile

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Ref. ГТф-150

Geotextile thermofixed / polyester 150

Density, g/m²:: 150
Geotextile type:: Heat-fixed

0.00

Out-of-Stock

Ref. ГТФ-250

Geotextile thermofixed / polyester 250

Density, g/m²:: 250
Geotextile type:: Heat-fixed

0.00

Out-of-Stock

Ref. ГТф-300

Geotextile thermofixed / polyester 300

Density, g/m²:: 300
Geotextile type:: Heat-fixed

0.00

Out-of-Stock

Ref. ГП-150

Geotextile needle-punched 150

Density, g/m²:: 150
Thickness:: 1,7
Geotextile type:: Needle punch

38.50

The minimum purchase order quantity for the product is 270.

Ref. ГП-250

Geotextile needle-punched 250

Density, g/m²:: 250
Thickness:: 2,3
Geotextile type:: Needle punch

48.00

The minimum purchase order quantity for the product is 210.

Ref. ГП-300

Geotextile needle-punched 300

Density, g/m²:: 300
Thickness:: 2,5
Geotextile type:: Needle punch

54.00

The minimum purchase order quantity for the product is 210.

Geotextile and geotextile. Buy geotextile (price). The cost of geotextile Gidrolica - Kyiv, Ukraine.

Width of the canvas 1.5-2.2 m, length in a roll - 100 m, raw material composition - 100% polyester.

Geotextile 80

Geotextile is a special type of textile material that is ideal for use as a separating layer in construction and road works, as well as for reinforcing slopes and embankments. It can be of synthetic or natural origin. Geotextile is made from polypropylene or polyester fibers. During its production, methods such as needle punching or hydroentanglement are used, making the fabric water-permeable. Calendering with thermal fixation is also used, which increases the strength of the material.

Geotextile includes two main subgroups: non-woven fabric and geotextile fabric. The first group is characterized by polymers being bonded through thermal or mechanical means. Geotextile fabric consists of polymers bonded by weaving (usually at right angles). Geotextile has high resistance to moisture and active chemical compounds, including acids and alkalis. It is not prone to rot, the influence of fungi, mold, insects, and rodents. It has high tensile, tear, and puncture strength, which enables it to effectively resist plant roots and shoots. It does not get wet, so when laid in wet weather, the rolls do not increase in weight.

The use of this material is vast and depends on the properties of the polymers. The material is used as a separating layer between gravel, sand, or other particles to prevent their mixing, as a filter layer in drainage systems, and for wrapping drainage pipes. It is also used as a root barrier layer and to protect waterproofing from mechanical damage. The most common application of geotextile today is soil division and filtration. These polymers do not allow water to pass through. Therefore, most of the rainwater and irrigation water will accumulate between the geotextile and the ground surface, which is ideal for arid regions.

The high strength of the material allows for its wide application in road and railway construction. It serves as an ideal separator between different layers, such as sand and gravel. Its use prevents the mixing of layers, significantly reducing the consumption of building materials and increasing the strength of the structure. It can also be used for laying paths with tiles.

Geotextile is successfully used in the construction of dams, embankments, and artificial reservoirs. The material's high reinforcing ability helps strengthen slopes, banks, and protect waterproof membranes laid at the bottom of ponds or reservoirs from mechanical damage.

An important quality of geotextile is its good restraining properties. In addition to its described applications in construction, the material can also be used in suburban areas to separate local depleted and imported enriched soils, preventing their mixing.

Geotextile rolls are also used for plant protection and covering greenhouses. In the latter case, a special material resistant to ultraviolet radiation is used.

The excellent physical characteristics of geotextile have led to its wide application:

in drainage systems, for draining sewage and groundwater, filtration;
in hydraulic engineering construction, for building dams and artificial reservoir bottoms;
for strengthening soils, slopes, banks;
for dividing soil layers;
in railway and road construction, for constructing roads, embankments, highways;
in suburban and farmstead farms;
for landscaping and land management;
in foundation and roofing construction.

Geotextile fabric is used for landscape design purposes. For example, reinforcing pathways or restricting the growth of plant roots. With geotextile fabric, one layer can be secured around a tree, leaving space for it to grow deeper. The tree roots will grow underground.

Recently, geotextile fabric has been used in laying pipelines. It can protect the pipe from various negative influences such as plant roots, groundwater (especially important at elevated/reduced pH levels), and others.

To receive consultation on choosing geotextile (geotextile fabric) or to calculate the cost of geotextile for your site, please call our managers at any of the following numbers: (044) 561-05-21 (044) 566-31-62

To view current prices for geotextile and geotextile fabric, download our price list.

You can buy geotextile with delivery in Kyiv and Ukraine from us.