Reduced weight attained by interior hollow cores along the entire length of slabs reduces the cost of building: production requires 40 to 50% less raw materials in comparison with the method of casting in situ; also, the load on the supporting structure is reduced which directly affects the section dimensions of structural members (columns, beams, foundations);

Great bearing capacity – enables the application of prestressed hollow core slabs in building production plants and storage facilities;

Good span/depth ratio – directly affects the thickness of interfloor constructions which is lesser in comparison with the thickness of normally cast interfloor slab with supporting beams;

Flexibility – is achieved by cutting slabs to any length and under different angles;

Speedy construction – the production of prestressed hollow core slabs is automated and speedy; mounting does not require scaffolding and often it is performed directly from the vehicle to the retaining wall or beam which reduces time nad energy consumption; mounting follow-up processes can start immediately after mounting;

Number of site personnel reduction – the automation of processes in the factory reduces the required number of members of the site personnel in the production plant and on the construction site in the course of mounting;

Wide scope of applications – prestressed hollow core slabs ensure long clear spans and great bearing capacities, which is good for building residential buildings, hospitals, schools, sports facilities, industrial plants, depots, commercial facilities,multi-floor garages;

Adaptability to every system of building – prestressed hollow core slabs can be combined with the precast prefabricated AB construction, monolyth AB construction and steel construction;

Fire resistance – testing results show that interfloor and roof constructions from prestressed hollow core slabs can resist fire for 120 minutes;

Excellent acoustic insulation and thermal characteristics – their mass and the level of amortization reduce vibrations of buildings for which this is advisable, including residential facilities, schools, and hospitals;

Diversity of solutions – long, clear spans ensure functional layout of elements for designers;

Economical solution – prestressed hollow core slabs reduce building costs, exploitation costs, as well as costs of renovation and dismounting (demolition);

Ecological product – the production and mounting of prestressed hollow core slabs are environmentally safe for several reasons: reduced use of raw materials and energy, noise reduction, reduction of dust and hazardous substances emission, facilitated and controlled treatment of waste materials;

The possibility of recovery and recycling – the essential advantage of the precast prefabricated building is the possibility of dismounting and redesigning existing precast prefabricated facilities.