Advantages of JUBHome BASE insulation system for raft foundations
- no need for 2-stage concreting, as in the case of strip footings
- the total excavation volume is reduced
- pouring of concrete without shuttering
- simpler reinforcing with less steel-fixing, performed mostly by placing reinforcing meshes
- a thermally-insulating tub without thermal bridges, simple and high-quality execution of continuous waterproofing
- due to a more uniform stress distribution, foundation slabs can be built on ground of lower bearing capacity, and on less homogeneous ground
- rapid construction using a free of charge design plan for the thermally-insulating tub
- no in situ cutting of elements, and a zero waste site;
- the foundation slab can have any
thickness from 16 to 30 cm, with
intermediate steps of 2 cm, taking into
account the desired level of energy
efficiency of the building; - moisture absorption of less than 2%;
- guidelines for earthquake-resistant construction were developed at IKPIR, the Institute of Structural Engineering, Earthquake Engineering and Computer Science of the Faculty of Civil and Geodetic Engineering, University of Ljubljana.
- technical advice available free of charge during both the design and the construction stages.
SCHEMATIC CROSS-SECTION THROUGH THE FOUNDATIONS of a building with or without a basement, built using the JUBHome BASE system
- Concrete blinding (beneath this, a layer of compacted fill – hardcore – according to the designer’s specifications)
- Ground insulation along the perimeter of the building (to be used in the case of buildings without
basements, where the level of the foundations is above the expected frost depth) - Lower and upper layer JUBHome BASE floor elements (with a compressive strength of 300 or 400 kPa)
- The reinforced-concrete foundation slab
- The exterior wall (i.e. part of the superstucture), as selected
- Suitable also for the foundation of buildings with basements reaching below the expected frost depth
- A JUBHome BASE edge element (with a compressive strength of 400 kPa)