Integral Woven Geotextile

Integral Woven Geotextiles are woven geotextiles that offer higher performance, have greater physical, mechanical and hydraulic properties that allow value engineering to optimize the consumption of construction resources, reducing costs and providing measurable results.

Their main characteristics are that they have higher tensile strength than the main stabilization products on the market, they allow filtration and separation superior to conventional woven geotextiles and they have flow characteristics similar to those of a well soil filter. graduate.

The confinement of soils that they achieve results in a greater distribution of the load, they resist damage against installation of moderate to severe stresses. This range of geosynthetics, integral woven geotextiles are the most advanced on the market and are developed with state-of-the-art technology in constant research and development.

Features

Lockdown

The geosynthetic material acts by preventing the movement or lateral displacement of materials, either by friction or mechanical interlocking mechanisms depending on their coefficient of interaction. 

Humidity control

Geosynthetics made with special fibers provide a draining action through the horizontal plane of the filament without the need for a hydraulic gradient, stabilizing the soil and controlling its water content. 

Sewer system

It is the function of geosynthetics that allows to collect and transport fluids. They act as drains to conduct flow through less permeable soils.

Filtration

The permeability of geosynthetics allows the circulation of water through the material, but retaining the soil particles that the flow brings. 

Reinforcement

The geosynthetic increases the bearing capacity of the land, acts in conjunction with the structural soil to produce a compound or "geo-soil", which works under tension and improves the resistance and deformation properties of the soil. 

Separation

Geosynthetics prevent the mixing of two layers of materials that have different particle distributions, such as gravel and sand, for example, to avoid contamination between them.  

Applications

Sectors

Study cases

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