A plurality of modular plastic domes deployed in a rectilinear array on the floor and poured over with concrete in order to obtain a ventilated, radon free, raised access floor.
This raised access floor allows the installation of either electric wiring, telecommunications, pneumatic piping, etc..., underneath the floor, making it possible to access to such installations through inspection hatches anywhere on the floor surface.
Benefits of the ITM Structural Raised Access Floor
Quick and easy to install.
No highly skilled staff needed.
Any type of material can be used to cover it (ceramic tile, parquet, marble, plastic, carpet, etc...)
High resistance. Up to 12 tons per square meter.
Much cost effective compared to traditional raised access floors.
It performs a perfect floor flatness without effort.
It prevents the raise of damp to the floor.
It is made of recycled plastic.
It saves concrete on high resistance intended floors.
It is much more secure and stable than traditional systems.
It doesn't collapse on seismic tremors.
An antistatic alluminum sheet layer can easily be deployed over it if needed.
Easy to Install.
Versions: Frame Heights and Concrete Lids.
The ITM Structural Raised Access Floor is available in two different frame heights, depending on the weight it is intended to resist.
If needed, the lid can be made of concrete by using the available mold for each version of the frames.
For weights up to 4 Ton per square meter, such as, for instance, those at an office, a data center, a school, a store, a casino or a gym, the 4 cm. frame is to be used.
For weights up to 12 Ton per square meter, such as, for instance, those at a convention center, a garage, a shopping center, a warehouse, a factory or a street, an 8 cm. frame is to be used.
Concrete Lids.
The concrete lids are made with the plastic molds together with the welded wire mesh. Once the concrete solidifies, the result is a very resistant lidat a very low cost.
The concrete lids are made with the plastic molds together with the welded wire mesh. Once the concrete solidifies, the result is a very resistant lid
