Civil Engineering and Geoteknik Solutions

In road embankments and building foundations, specially woven type polyester geotextiles and geogrids used on pile foundations transfer the distribution of loads from above evenly to the lower layers significantly solving problems.
Special calculations on this and selection of right geosynthetic material will remedy problems.
Our company provides all kinds of technical support in this subject and recommends the most accurate and economical solution as a result of the static analysis.
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Foundations

Foundations transfer the weight of the building walls or roads to the soil. There are two types: deep foundations and shallow foundations. Road design, bearing capacity of soil or business restrictions are the criteria for determining type of the foundation.
Tele Textiles, FlexiTex ®, or TeleBag ® provides solution for shallow foundations. The main advantage of this type of woven geotextiles is removal of traditional templates. Thus, they provide significant time saving. These can both use first soil layers and fill it to lay strong foundations that can support the building.
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Piling Applications

Pile Driving is a deep foundation technique consisting of drilling and installing piles on the soil at intervals based on designed piling distances.
After piling, each pile is fitted with a pile head to distribute its weight on an area larger than the weight a single pile can support on its own. Advantage of piling to well boring is that the earth displaced during piling compresses the soil and creates a larger friction resulting in increased load bearing capacity.
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Reservoirs

Pile Driving is a deep foundation technique consisting of drilling and installing piles on the soil at intervals based on designed piling distances.
After piling, each pile is fitted with a pile head to distribute its weight on an area larger than the weight a single pile can support on its own. Advantage of piling to well boring is that the earth displaced during piling compresses the soil and creates a larger friction resulting in increased load bearing capacity.