This production step induces the orientation of the polymer structure inside the pillars.

The structure relies on a few micro piles authorized by the archeology.

At present, the micropile is mainly used in the following aspects:

The restoration company stabilised the situation using micro piles.

As a result, orientation of the main chain is controlled and proton transport resistance inside the pillars is reduced by the C-F and C-C bonds that form the polymer inside the pillars.

Capacities vary depending on the micropile size and subsurface profile.

The creation of new foundations on micropiles was then the second significant step in the project.

With an initial development phase including the installation of 20 type-II micropiles, i.e. 30lm of borings, Franki then installed 400 micropiles inside the building, i.e. nearly 6,500lm !

To install servers completely securely, the future elevated slab is set to be installed on micropiles.

Micropiles are installed for new foundation support or for underpinning existing foundations.

The micropillar structure is created by high-speed plastic deformation of a membrane under the appropriate temperature and pressure using thermal imprinting.

This information has been of vital importance during the construction phase of the structural reinforcement micropiles.

This invention relates to the drilling, monitoring, placement and pre-tensioning of micropiles configured for use and deployment in an undersea environment.

The micro pile is connected with others in series thanks to the use of two through eight protrusions formed on a lower end thereof.

Of late, technological advancement in machinery has made it possible for micropile of much greater diameters to be constructed.