NEW ELEVETOR TANK system permits the creation of reinforced concrete tanks with a customizable height. It can be obtained by cutting the concrete tubes. The maximum nett internal height that can be reached is of 250 cm
STORAGE CAPACITY | STORAGE CAPACITY | |||||
*H |
m/m
|
l/m
|
*H |
m/m
|
l/m
|
|
80 |
0,564
|
564
|
170 |
1,464
|
1464
|
|
90 |
0,664
|
664
|
180 |
1,564
|
1564
|
|
100 |
0,764
|
764
|
190 |
1,664
|
1664
|
|
110 |
0,864
|
864
|
200 |
1,764
|
1764
|
|
120 |
0,964
|
964
|
210 |
1,864
|
1864
|
|
130 |
1,064
|
1064
|
220 |
1,964
|
1964
|
|
140 |
1,164
|
1164
|
230 |
2,064
|
2064
|
|
150 |
1,264
|
1264
|
240 |
2,164
|
2164
|
|
160 |
1,364
|
1364
|
250 |
2,264
|
2264
|
The reinforced concrete structure that can be obtained with NEW ELEVETOR TANK consists of a slab, perimetral walls and a floor supported by pilars.This guarantees an high resitance to overloads, both continuous and live. The NEW ELEVETOR tank’s slab can be dig in in the case of the realization of a green area over the surface or it can be directly loaded for the vehicles transit.
In order to build a perfect tank, follow the stratigraphy below:
Place of a well compacted gravel bed;
Realization of the concrete perimetral walls RcK 300 Kg/cm² with metal reinforcements, with the thickness and the height required by the design. Then it is recommended to arrange the holes for the insertion of the water inlet and outlet pipes;
The tank can be directly overloaded on the hood or it can be filled in to create a parking lot or a green area over it.
New Elevetor base, regenerated element made of polypropylene, that guarantees an easy and fast place of the concrete tubes which sustain the NEW ELEVETOR system. It’s a very precise system thats mantains the tubes perfectly vertical and it is easy to place.
New Elevetor is an innovative system, sizes 58×58, height 15 cm, for the realization of a tank that permits the reduction of the concrete consumption and of the time of place. The consumption are of 0,030 m3/m2 at the edge, while the concrete quantity needed for the pilars’filling is of 0,037 m3/m2 per linear height meter.
Preparation of the slab, the perimetral walls and arrangement of the inlet and outlet holes.
Place of the NEW ELEVETOR BASE
Place of the tubes
Place of the NEW ELEVETOR FORMWORK
NEW ELEVETOR system view
Place of the welded mesh and of the reinforcement forks
Pouring stage
Comparison between similar products
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NEW ELEVETOR TANK can be inspected through an inspection pit.
The access to the tank interior permits:
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