FASA Group || SLIP FORM

About Us

The building industry today is the symbol of the progress and development of each country.
The group has been motivated to increase the speed and quality of the construction of concrete structures using new technologies such as heavy lift slider molds and ... with the efforts to promote the most common construction methods in the industry.
We are proud today that, with the impressive presence of more than 27 important infrastructure projects, we have been able to design and build a prototype system for a unique, unique system for the implementation of concrete structures of high-rise urban buildings without changing its architectural design. And at a unique speed. Also, for the first time in the world, we design and implement a bridge cable bridge (Lali city) with a two-pillar base (gradient) and convergent angles.
At the same time introducing a number of our activities, we announce that we are able to design and implement a variety of new methods of constructing and controlling structures, and try to get more and more new results in terms of speed and quality every day in the industry.

Our Mission

We are proud today that, in addition to the impressive presence in more than 27 major infrastructure projects, we have been able to design and build for the first time in the world with a new and unique system of implementation of concrete structures of high-rise urban buildings without changing its architectural design with an unparalleled speed.

Our Goals

We announce that we have the ability to design and implement a variety of new methods for constructing and controlling structures, and we are trying to get new and more complete results in terms of speed and quality every day in the industry.

Our Vision

Since the correctness of the implementation of this method has been proven by a prototype, it can be argued that this method is unique in the world and is competitively compatible with all methods in terms of speed and cost-effectiveness.

Slip Form

Group Building Construction Process Over several years of experience in designing and implementing slider templates, the team concluded that the system was ineffective in the implementation of commonly used buildings, including columns and columns, and that the structures could not be implemented in this way.
Therefore, during a three-year research project, we were able to design a new method for the implementation of residential buildings including the elements of the beam, columns, shear walls and retaining walls by defining a specific hydraulic jack and a different design of the slippery slider.
Since the correctness of the implementation of this method has been proven by a prototype, it can be argued that this method is unique in the world and is competitively compatible with all methods in terms of speed and cost-effectiveness.