Versatile and compatible
Experience
and capacity
Green
solution
MK2 Advanced Construction Solution
The MK2 Advanced Construction Solution, based on reinforced concrete, produces a three-dimensional structural framework of high earthquake-resistant mechanical capacity and thermo-acoustic insulation that enables the solving of enclosure, divisions, structure and insulation (acoustic and thermal) of various types, covering all kinds of constructions with maximum efficiency.
It is a solution capable of combining economy, speed of execution and logistical efficiency of the construction process, guaranteeing high quality standards and incomparable environmental comfort.
Our solution is based on a set of corrugated expanded polystyrene structural panels, with a basic reinforcement, attached to the faces, consisting of high-strength steel mesh and corrugated bars, linked together by electro-welded steel connectors.
These panels are placed on site according to the arrangement of walls, partitions and slabs that the architectural or engineering project in question presents.
THE MK2 PANEL
Resistance
Energy efficiency
Execution speed
Fire resistance
Versatility
Multiple finishes
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MK2 World
ITESSA has renewed and updated the MK2 system technical approval, officially known in Spain as the Documento de Idoneidad Técnica (DIT). The new document, DIT 455R/26, is available to view and download, giving architects, engineers and contractors access to the system’s current technical documentation. Issued by the Eduardo Torroja Institute for Construction Science (IETcc-CSIC), the […]
Discover how industrialized construction and the MK2 system optimize the building lifecycle, reducing maintenance costs while improving durability and long-term energy efficiency.
Sustainability in building construction has traditionally been associated with the energy consumption of the building during its operational life. However, in recent years the construction sector has been evolving toward a broader approach, where the environmental impact generated during material production, construction processes, and the end-of-life phase of the building is also taken into account. […]
