First, the wall panel is put on the reinforcement column and concrete is poured into it. This process can be applied even at minus 30 degrees. Concrete does not freeze inside the panel, heat is released inside the panel due to hydration and chemical reaction. Gross concrete does not occur as in the walls formed with bricks and blocks. While laying the brick, the seams freeze instantly, but in our technology, the concrete poured into the panel does not.

In our technology, there is no need to use expensive and specific vehicles to transport the panels, therefore any vehicle can be used.

The facade part of the panels is cast as fabrication, which does not require any additional processing on the exterior of the building. Fiber-reinforced concrete is used on the outer layer of the front face of the panel, which gives a delicate surface quality.

The size of the panel in an ordinary reinforced concrete structure is large and the rebar used per square meter is very high. In panel body construction, high quality metal reinforcement is used, which is not really necessary, to achieve the bearing strength of the panel. Transport is only needed to move and lift the panel, although no metal is needed on the wall. Since a non-reinforced part cannot be lifted with a crane, only reinforcement mesh is laid inside our wall panel. The small format of the wall allows for less use of reinforcing steel. For this reason, our technology has a great advantage in terms of material consumption.

After demolding, the steel molds and their plastic parts are made ready for reuse and the panels ready for shipment are shipped to the field after being stored. There is no waste in the transition from one facade model to another. No mold is discarded, it is melted to become another plastic mold without losing the quality and weight of the plastic. Used molds are cut into small pieces and new panels are made, and new molds are created to make panels from these sheets.

Wall panels can be produced using many different types of raw materials, which allows the panels to be produced anywhere in the country. For example, they can be made of lightweight concrete such as expanded clay concrete, aerated concrete, pumice concrete, vermiculite concrete or expanded polystyrene concrete. It is also possible to use concrete made from materials such as sawdust, felt, textile fibers. This gives the panels excellent insulating properties. If desired, insulation methods such as pouring, filling or laying can be used today.