insulated foundation slab
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Ground slabs are the newest product offered by Izodom 2000 Polska and can be successfully used instead of traditional continuous strip footings and foundation walls. This is a concrete slab cast on the building site and reinforced with classic steel rods or steel fibre reinforcement. Basic formwork components produced by Izodom are used in its execution. These enable obtaining varied shapes of slabs – according to the design of the structure being built. The designer must Ground slab decide on the class of concrete and the quantity of steel fibre reinforcement. The thickness of the ground slab is 25 cm. In exceptional cases, at the designer’s request – it is possible to increase the thickness to as much as 40 cm, by using a special plate increasing the height of the edge component - and so increasing the thickness of the reinforced concrete slab. The thickness of the insulation may be increased by successively 6, 8, 10 or 12 cm using auxiliary ground slabs. Addi- tionally, slabs may be advanced beyond the external contour of the ground slab to a distance of approximately 1.5 metre in order to ensure protection against the possibility of ground freezing beneath the ground slab. Thanks to the components being made in a mould, they have precise and repeatable dimensions, and their assembly is simple and quick. Advantages of the ground slab: footings and foundation walls. 1. Quick execution. Thanks to the use of our components it is possible to considerably shorten the time of building foundations and essentially reduce the scope of earthworks. 3. Easier thermal and damp protection. The ground slab is easier to insulate – there is no need for the additional vertical and horizontal insulation that is indispensable in case of traditional continuous strip footings and foundation walls. whose exceptionally simple construction excludes the possibility of making mistakes. 2. Stability. The ground slab is a monolithic component, much more stable than the presently used continuous strip 5. Shallow location the ground slab. Thanks to the possibility of locating the slab at a depth of as little as 0.5 metre, it is possible to reduce the scope, time and cost of earthworks. 4. Ease of execution. The ground slab is a component external wall MCFU 2/35 ground slab made of peripor -25 cm plastic sheet formwork component auxiliary ground slab 6, 8, 10, 12 cm drainage pipe Simplified diagram of a ground slab built using Izodom 2000 Polska components Solution reported in the Patent Office

Cross section view Cross section view from above Cross section view 55 FPL BSt Edge – external view 195 x 55 x 50 [cm] Cross section view from above FPL BSt Edge - internal view 195 x 55 x 50 [cm] Available thickness of auxiliary ground slab Symbol FPL 6 FPL 8 FPL 6/8/10/12 Auxiliary ground slab 195 x 95 x 6/8/10/12 [cm] Dimensions (length x width x thickness) [cm] All dimensions are quoted in centimetres Etap 6: wypełnienie betonem

Cross section view 95 Internal view FPL EA External corner 95 x 95 x 50 [cm] Cross section view from above External view FPL EA External corner 95 x 95 x 50 [cm] Cross section view 95 External view FPL EI Internal corner 95 x 95 x 50 [cm] Cross section view from above Internal view FPL EI Internal corner 95 x 95 x 50 [cm] Raw material The components of the ground slab are made of peripor which features excellent insulating properties and at the same time is resistant to moisture and the effects of considerable external loads. With its properties it equals the features characterizing foam...

GROUND SLAB Building structures with the use of ground slab formwork components is a simple process and enables saving much time. The main stages are as follows: Stage 1: preparation Removal of the layer of humus and native soil to a depth in accordance with the documentation. The precise placement of water and drain installations and other media. Execution of these works requires care in order to avoid the need to reposition the already executed internal installations in the building at a later stage of construction. Using coarsegrained gravel or key aggregate, we form a compacted sand and...