Fit Slab
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Formworks for voided slabs mixed with reinforced concrete

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fitslab Fit Slab is a formwork made of polypropylene; its principal function is lightening and, when used in conjunction with prefabricated beams made of pre-stressed reinforced concrete, or lattices or directly on prefabricated lattice slabs, it enables the construction of various types of voided slabs made of reinforced concrete, with extremely quick installation in both reconstructions and new buildings. This construction technique is quick and practical and yields a higher-performance slab with a lower structural weight compared to that of floor slabs made using conventional methods...

’’ABUTMENT” closure accessory Placed at the beginning and at the end of each row, acts as a "closing gable” and facilitates the casting of the upper cap of concrete without it overflowing and pouring out of the formworks, /fitslab Advantages - Optimal mechanical strength properties; - Reduction in costs for the construction of temporary retaining structures. - Easily interlocking modules reduce laying time and cost. A team of three men can lay up to 200 square metres of slabs per day, - Flexible implementation, practical and simple to scale down both lengthwise and width-wise, - Reduction...

Table comparing Fit Slab with conventional slabs The method for calculating the various types of slab Is based on current Italian legislation: - Law 05.11.1971 no. 1086 and Ministerial Decree 04.01.1993: "Standards for the Implementation of Works in Normal and Prestressed Concrete and Metal Structures"; - Ministerial Decree 14/01/2008 - "Technical Standards for Buildings"; - CIRCULAR of 2 February 2009, n. 617 C.S.LL.PP: "Instructions for the Application of the" New Technical Standards for Buildings" as per Ministerial Decree of 14 January 2008". - Eurocode 2 - Design of Concrete Structures...

The tables are indicative and generic and, therefore, do not take special cases into account; for every operation not covered there, please consult with the Daliform Group in order to evaluate the most suitable solution. Structural calculations assume a lattice beam with a width of 12 cm, bottom thickness of 2.5 cm, reinforced concrete of Resistance Class C25/30, steel B450 C and a 20 x 20 cm electro-welded mesh in the upper cap with 0 = 5.

Installation of Fit Slab slab on lattice beams 1 Prepare the props to support the beams and position the lattice beams according to the plan At first, the beams must be distanced from each other by placing Fit Slab modules at the two ends in order to achieve the correct degree of parallelism between them. 2 Once the beams are in place, the operator, positioned at one of the ends, gradually inserts the Fit Slab modules, interlocking them with each other, one after the other, sliding them in until the row is finished. The Fit Slab module can be easily adapted to smaller measurements by cutting...

Specifications Execution of flat or sloping reinforced concrete voided slab, height H =+cm, mixed structure consisting of beams made of normal or pre-stressed reinforced concrete (or on prefabricated lattice slab) and recycled plastic lightening, such as "Fit Slab” by the Daliform Group. - Position the lattice beams at intervals of cm_and shore the slab. - Position and interlock the "Fit Slab” recycled plastic lightening from the Daliform Group onto the beams (or prefabricated lattice slabs). - Place the "abutment” module at the ends of the rows and in the places where the formwork has been...

The information contained in this catalogue could be changed. Before placing an order, request a confirmation or updated information from the DALIFORM GROUP, which reserves the right to make changes at any moment without notice. In consideration of recycled material, it is specified that there are tolerance margins caused by environmental factors

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