Technical characteristics and packagings 

 

SKYRAIL is moulded in ABS resistant to UV rays and chemical agents.

ITEM AXLE SPACING (cm) SPAN (cm) SKYRAIL HEIGHT (cm) BASE HEIGHT (cm) TOTAL HEIGHT (cm) RIBBING (cm) CONCRETE CONSUMPTION UP TO THE TOP (m3/m2) CONCRETE CONSUMPTION (m3/m2) PROPS SPACING (m)
SKYRAIL_H16 60 51 16 4 20 9 0.033 0.073 3
60 51 16 5 21 9 0.033 0.083 3
SKYRAIL_H20 60 51 20 4 24 9 0.044 0.084 3
60 51 20 5 25 9 0.044 0.094 3
SKYRAIL_H24 60 51 24 4 28 9 0.054 0.094 3
60 51 24 5 29 9 0.054 0.104 3
ITEM PALLET SIZE (cm) PALLET NR. ITEMS / KG
SKYRAIL_H16 120 X 112 X 230 208 540
SKYRAIL_H20 120 X 112 X 232 204 570
SKYRAIL_H24 120 X 112 X 235 200 620
SKYBLOCK_H16 80 X 120 X 230 288 337
SKYBLOCK_H20 80 X 120 X 233 284 389
SKYBLOCK_H24 80 X 120 X 235 280 440
T JOIST 80 X 120 X 220 140 258
 

Installation

SKYRAIL system installation

 

1

Place the iron props and the timber beams. Fix the supporting element to the wall.

2

Place the timber compensation panel or a GEOPANEL 80mm thick.

3

Place the 2 first rows of joists.

4

Place the timber compensation panel 25 mm thick.

5

Place the spacers between the joists.

6

Place the SKY BLOCK element.

7

Install the first SKYRAIL element.

8

Install SKYRAIL elements fixing them to each other.

ORDER OF INSTALLATION

In order to correctly place the compensation panels, it is necessary to consult GEOPLAST project tables before installing the slab elements.

 

SKYRAIL system dismantling

 

1

Remove the spacers.

2

Remove the props and the timber beams.

3

Remove the joists.

4

Remove SKYRAIL elements.

5

In correspondence of the ribs, shore up the floor as shown in GEOPLAST project tables until the complete curing of the concrete.

 
 
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