The possibility to use them in many areas of construction such as residential,commercial,industrial,infrastructureand agricultural sectors
Large production volumes with uniform cross sections even with different cable reinforcement configurations. Once the concrete elements have been produced they can be removed from the casting beds after just 6-8 hours when used with heated casting beds
Large production volumes with uniform cross sections even with different cable reinforcement configurations
Using these elements floors can be quickly and easily constructed because the element itself works as a formwork. With only 3-4 workers it is possible to install more than 500-600 m2 of floor per day
Using these elements floors can be quickly and easily constructed because the element itself works as a formwork
Easy to install
The lower surface of the element is smooth having been produced on a steel casting bed. Generally this surface can be left as seen or can be simply painted. In residential applications only a final smoothing is required thus greatly reducing costs
The concrete elements are semi self-supporting requiring only minimal support during installation
Through the choice of the different thicknesses of the lower part of the element, floors can be produced with a high fire resistances
By eliminating some in-fill blocks it is possible to obtain resistant ribs in an orthogonal direction to the floor and fill the section to create solid ends to increase the shear strength
Excellent rigidity during the loading, unloading, lifting and installation. When compared to other non prestressed elements of the same height these products offer more rigidity and less deformation under load and consequently are less likely to suffer surface cracking
Assured quality by using specific equipment for the manufacture of the concrete elements combined with a high end quality control system
The ability to change the dimensions of the panels and the prestressed steel wire configuration according to the element technical specifications required. It is a simple and quick operation to change the necessary parts of the forming insert of the casting machine to vary the height and the thickness of the concrete elements
The use of high tensile strength prestressed strands, wires or single wire means that the prestressed elements have smaller cross sections using concrete more efficiently and thus achieving elements of a high quality. Smaller cross sections mean lighter panels reducing the cost of transport and allowing easy handling both on-site and in the production plant
The produced elements have high load resistances thanks to a low water/cement ratio of concrete from 0.32 to 0.38. In fact to produce the same profiles using traditional methods would require higher water/cement ratios and need expensive formworks.
Elements with high resistance to carbonation due to the low cement/water ratio and the high compaction level giving the finished slab high impermeability combined with high mechanical resistance.
Trouble-free element handling
Inverted T beams are normally chosen for use with load bearing wall structures, since putting the lintel in the walls does not affect the load bearing capacity of the vertical structure
Inverted I beams are normally chosen for use with load bearing wall structures, since putting the lintel in the walls does not affect the load bearing capacity of the vertical structure
In the agricultural sector, the high rigidity can help the post stand up to the tough working environment of automatic harvesting equipment. Furthermore, with the use of good quality aggregates combined with excellent concrete compaction prestressed posts limit plant disease and are very resistant to the outdoor environment over a long period of time
Prestressed lintels are normally chosen for use with load bearing wall structures, since putting the lintel in the walls does not affect the load bearing capacity of the vertical structure
Able to cover large spans and be self supporting during construction
Embedded steel reinforcement provides shear resistance and the ability to link with existing reinforcement before being cast on site, essential for bridge decks and general infrastructure
Ability to add additional reinforcement for increased anchorage during on site casting
The possibility to use lightweight Polystyrene (EPS) inserts to achieve a floor with the minimum of weight
High load capability due to concrete with a low water/cement ratio able to be compliant with even the toughest infrastructure requirements
Element Dimensions
3 holes
CAN BE ADAPTED ACCORDING TO CUSTOMER REQUIREMENTS
Gallery
Grandstand panels
Grandstand panels
Grandstand panel installation
Grandstand panel installation
Grandstand panel installation
Grandstand panel installation
Grandstand panel installation
Grandstand panel installation
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Nordimpianti System Srl
Via Erasmo Piaggio, 19/A 66100 Chieti (CH) - Abruzzo | Italy T. +39 0871 540222