Top 4S Building formwork
The Top 4S polypropylene disposable formwork for foundations is made from recycled plastic material from industrial and post-consumer waste. The Top 4S aerated crawl space by Ferracin Group is the sustainable choice for crawl spaces, cavities and ventilated floors in all types of building projects, both new and renovated.
The use of recycled materials not only protects the environment, but also offers significant emission savings. In fact, for every kilogram of recycled plastic used, as much as 1.5 kilograms of CO2 in the atmosphere is avoided.
Choose Ferracin Group’s Top 4S floor underlayment and combine efficiency with sustainability for your building!
TOP 4S: The building crawl space system, floor formwork and ventilated roofs
The TOP 4S non-returnable formwork for ventilated crawl space is a system for the field of new construction or renovation, offering solutions for creating crawl spaces, ventilated floors, and crawl spaces in general.Questo sistema, caratterizzato da elementi di forma quadrata di 50 x 50 cm, si distingue per il suo versatile sistema di incastro, che consente una sovrapposizione modulare semplice e rapida. Grazie all’incastro di sicurezza presente nelle altezze H-35, H-40, H-45, H-50 e H-55, si evita qualsiasi rischio di apertura delle gambe durante la fase di getto, garantendo una lavorazione sicura e stabile.
With the TOP 4S aerated crawl space formwork, a safe walkable platform is created on which to cast concrete, ensuring an even distribution of loads over the entire surface. This aeration system is typically laid on top of a lean concrete foundation of varying thickness depending on the specific requirements of the project, and after the installation of a suitable electro-welded mesh.
Thanks to its spherical dome shape, the TOP 4S ventilated under-floor cavity allows the structure to work in an arc, guaranteeing maximum mechanical resistance with minimum concrete thickness, and allowing for easy identification of the minimum thickness section for the creation of contraction joints.
Available in different sizes, from 4.5 cm to 55 cm, the building crawl space adapts perfectly to different construction requirements, guaranteeing a customised, high quality solution for every building project.
|
|
|
|
|
|
Ground pressure kg/cm2
|
|
||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
Category
|
Permanent load (kg/sq.m.)
|
Accidental load (kg/sq.m.)
|
Insole (cm)
|
Lean-to thickness (cm)
|
4,5
|
8
|
13
|
16
|
20
|
25
|
27
|
30
|
35
|
40
|
45
|
50
|
55
|
Mesh Ø (mm) mesh
(cm x cm)
|
|
residencies
|
200
|
200
|
4
|
0
5 10 |
1,38
0,37
0,17
|
0,72
0,12
0,07
|
0,61
0,11
0,07
|
0,68
0,12
0,07
|
0,79
0,13
0,08
|
0,98
0,15
0,09
|
1,05
0,16
0,10
|
1,20
0,18
0,10
|
1,49
0,21
0,12
|
0,77
0,13
0,08
|
0,95
0,16
0,10
|
1,19
0,18
0,11
|
1,52
0,22
0,13
|
Ø 6 20×20
|
|
offices
|
300
|
200
|
4
|
0
5 10 |
1,65
0,45
0,20
|
0,85
0,14
0,09
|
0,71
0,13
0,08
|
0,79
0,14
0,08
|
0,92
0,15
0,09
|
1,14
0,18
0,11
|
1,22
0,19
0,11
|
1,39
0,21
0,12
|
1,73
0,24
0,14
|
0,89
0,15
0,10
|
1,09
0,18
0,11
|
1,36
0,21
0,13
|
1,73
0,25
0,14
|
Ø 6 20×20
|
|
remittances
|
300
|
800
|
5
|
0
5 10 |
3,31
0,90
0,41
|
1,66
0,28
0,17
|
1,36
0,24
0,16
|
1,51
0,26
0,17
|
1,95
0,33
0,20
|
2,13
0,34
0,21
|
3,21
0,46
0,26
|
2,59
0,39
0,23
|
2,29
0,36
0,21
|
1,60
0,28
0,18
|
1,74
0,29
0,18
|
2,42
0,38
0,23
|
3,08
0,45
0,26
|
Ø 6 20×20
|
|
industry
|
300
|
3000
|
6
|
0
5 10 |
9,22
2,52
1,15
|
4,53
0,78
0,48
|
3,67
0,66
0,43
|
4,05
0,72
0,45
|
4,66
0,80
0,49
|
5,68
0,92
0,55
|
6,10
0,97
0,58
|
6,88
1,05
0,62
|
8,49
1,22
0,69
|
4,13
0,73
0,46
|
5,02
0,85
0,52
|
6,21
0,99
0,59
|
7,88
1,17
0,67
|
Ø 6 20×20
|
With TOP 4S, Ferracin Group’s floor cavity, discover a new level of efficiency and innovation for the construction of crawl spaces, floors and ventilated roofs.
RADON GAS is a colourless and extremely volatile radioactive gas produced by certain rocks in the earth’s crust and therefore present in varying concentrations in all types of soil. In areas where soils are particularly rich in this element, it happens that in closed environments it reaches concentrations that are dangerous to humans.
The Ferracin Group’s Top 4S aerated under-floor cavity lends itself to multiple applications, providing efficient and sustainable solutions for a variety of building contexts.
The main areas of use for this under-floor cavity:
The ventilated under-floor cavity, also referred to in the construction world as ‘floor cavity or ventilated under-floor cavity formwork’, is the ideal solution for creating floors, both in new construction and in the renovation of civil and industrial buildings.
Placed on a lean concrete foundation, the underfloor cavity formwork provides a solid base on which to cast concrete. This system creates pillars which, after the concrete has cured, ensure an even distribution of loads over the entire surface, ensuring optimal floor strength.
The aeration of the floor cavity acts as a sanitary vacuum, providing a vapour barrier for the floor and, thanks to its aerated structure through piping connected to the outside, the floor cavity contributes to the disposal of Radon gas, ensuring a safe and healthy indoor environment.
Made from recycled plastic material, the polypropylene disposable formwork is a sustainable choice that saves emissions. Its spherical shell shape allows maximum mechanical strength with minimum concrete thickness, which guarantees significant economy in the materials used. This feature also makes it easy to identify the section of minimum concrete thickness, allowing shrinkage cracks to be controlled.
The interlocking system of the TOP 4S guarantees quick and easy installation. The elements are arranged from top to bottom and from left to right, completing one row at a time. It is important that the two directional arrows on the element are oriented one upwards and the other to the right, as shown in the reference image.
The dimensions of the Top 4S aerated crawl space formwork are designed to adapt to various building construction and renovation requirements, offering flexibility and ease of floor installation.
Below is a table of available building crawl space dimensions:
|
Height H (cm)
|
Base B (cm)
|
h (cm)
|
L (cm)
|
Support surface per element (cmq)
|
Weight (kg/pc)
|
Cls a raso (2500 kg/mc) (mc/mq) (kg/mq)
|
Packaging Pallet wood (cm)
|
No. Pallet Pieces
|
N° Mq Pallets
|
Pallet weight (kg)
|
|
|---|---|---|---|---|---|---|---|---|---|---|---|
|
4,5
|
50 x 50
|
3,5
|
8,5
|
94,08
|
0,750
|
0,008
|
20,00
|
110 x 110 x 125
|
400
|
100
|
320
|
|
8
|
50 x 50
|
5,2
|
3,2
|
193,28
|
1.280
|
0,022
|
55,00
|
110 x 110 x 260
|
400
|
100
|
530
|
|
13
|
50x50
|
7
|
27
|
241,06
|
1.300
|
0.034
|
85,00
|
110 x 110 x 260
|
360
|
90
|
490
|
|
16
|
50 x 50
|
10
|
28
|
218,05
|
1.400
|
0,037
|
92,50
|
110 x 110 x 260
|
360
|
90
|
525
|
|
20
|
50 x 50
|
14
|
30
|
190,38
|
1.500
|
0,040
|
100,00
|
110 x 110 x 260
|
340
|
85
|
530
|
|
25
|
50 x 50
|
19
|
33
|
156,87
|
1.700
|
0,044
|
110,00
|
110 x 110 x 260
|
340
|
85
|
600
|
|
27
|
50 x 50
|
21
|
34
|
146,17
|
1.750
|
0,045
|
112,50
|
110 x 110 x 260
|
340
|
85
|
610
|
|
30
|
50 x 50
|
24
|
35
|
129,79
|
1.800
|
0,047
|
117,50
|
110 x 110 x 260
|
340
|
85
|
630
|
|
35
|
50 x 50
|
29
|
36
|
105,39
|
1.850
|
0,049
|
122,50
|
110 x 110 x 260
|
320
|
80
|
610
|
|
40
|
50 x 50
|
34
|
29
|
219,67
|
2.000
|
0,070
|
175,00
|
110 x 110 x 260
|
320
|
80
|
660
|
|
45
|
50 x 50
|
39
|
31
|
181,30
|
2.150
|
0,074
|
185,00
|
110 x 110 x 260
|
300
|
75
|
660
|
|
50
|
50 x 50
|
44
|
33
|
146,72
|
2.300
|
0,076
|
190,00
|
110 x 110 x 260
|
300
|
75
|
710
|
|
55
|
50 x 50
|
49
|
35
|
115,80
|
2.400
|
0,078
|
195,00
|
110 x 110 x 260
|
300
|
75
|
740
|
Safe creation of ventilated crawl spaces
The TOP 4S crawl space formwork has undergone rigorous testing at the University of Trieste to ensure its reliability and safety on site. Among the tests performed, the Puncture Resistance test stands out, aimed at verifying the load-bearing capacity of the formwork and guaranteeing maximum safety during use.
The Decree of the Ministry of Public Works dated 9 January 1996, 7.2.4 – Resistance to punching, states: ‘ In the absence of a continuous lower formwork during the reinforcement and casting phase, blocks of any type must resist a concentrated load, applied to the centre of the upper band, of not less than 1.5 kN (150 Kg)’.
The punching tests conducted on the TOP 4S formwork provided excellent results, confirming its ability to withstand significant punching loads. These tests certify the robustness and reliability of TOP 4S formwork for construction, guaranteeing maximum safety in the workplace.
Discover our innovative polypropylene system designed to simplify and optimise foundation construction: the multifunctional slab! This clever device allows the formwork to be closed quickly and efficiently, while allowing concrete to be poured for slab and foundation beams in a single pass. And that’s not all: the slab is also compatible with systems such as VESPAIO SVELTO and MAGNUM, offering unrivalled versatility.
It is surprisingly easy to install: an ordinary cutter is all that is needed to adapt it to the specific needs of the project, guaranteeing quick and uncomplicated installation. Thanks to this innovative solution, it is possible to reduce the time needed to complete the foundation by up to 80%, thus improving the overall efficiency of the construction process.
|
Height H (cm)
|
H (cm)
|
B (cm)
|
L (cm)
|
Thickness (mm)
|
Cashiers to match
|
|---|---|---|---|---|---|
|
8/16
|
8
|
12
|
200
|
4
|
H-4,5-8-10
13-15-16
|
|
20
|
18
|
7
|
200
|
4
|
H-20
|
|
25/27
|
25
|
7
|
200
|
4
|
H-25-27
|
|
30
|
28
|
7
|
200
|
4
|
H-30
|
|
35
|
33
|
7
|
200
|
4
|
H-35
|
|
40
|
38
|
7
|
200
|
4
|
H-40
|
|
45
|
43
|
7
|
200
|
4
|
H-45
|
|
50
|
48
|
7
|
200
|
4
|
H-50
|
|
55
|
53
|
7
|
200
|
4
|
H-55
|
|
60
|
58
|
7
|
200
|
4
|
H-60
|
|
65
|
63
|
7
|
200
|
4
|
H-65
|
|
70
|
68
|
7
|
200
|
4
|
H-70
|
|
75
|
73
|
7
|
200
|
4
|
H-75
|
With its innovative design consisting of a cap and a telescoping extension made of durable polypropylene, Telestop revolutionises the construction industry, ensuring flawless formwork closure and facilitating the simultaneous pouring of slab and foundation beams.
Its versatility is astonishing: Telestop can be used either as a standard plug or as an extension, eliminating the need to cut formwork and significantly reducing installation time.
Compared to similar products on the market, Telestop offers incredible concrete savings, thanks to its extension that adapts perfectly to the height of the formwork to which it is connected.
Learn more about the Telestop system, available in a wide range of sizes from TOP 4S H-13 to H-55.
Via Statale, 10/S
25011, Calcinato (BS)
P.IVA 03539080980
info@ferracingroup.it
