InfinaTec systems remove unnecessary, dead weight concrete from slabs. Therefore, pillars and structural beams no longer have to support as much weight and can be used in other areas or removed altogether.
Our system of egg shaped spheres ensures that there are no weak points in the system itself. With decades of experience, we designed a system that won’t crack even though it may be tossed around, stepped on and roughly handled during the construction process.
InfinaTec allows you to build wider spans. Making the most out of your square footage is important not only for maximizing revenue but also for more creative and flexible design.
By using lighter weight slabs, support columns, beams and pillars can be removed. This opens up spaces and provides a more modern feel to your building.
InfinaTec is easy to implement and requires minimal labour. Our systems are prefabricated off site, to guarantee a simple installation process. This allows you to capitalize on the cost savings of InfinaTec in addition to the technical benefits such as reduced vibration and acoustic levels.
30% less concrete in the slab results in a 30% reduction of concrete costs. Less pillars and support beams required, means less labour and material costs. At last, flexibility of design allows for the original designed floor plans to be implemented with ease.
InfinaTec offers the fastest void concrete system for low rise buildings in the world. Speed and efficiency was the number 1 goal of InfinaTec from day one, which was how VoidNet was born.
By working with large sheets of voids rather than individual voids, VoidNet can be locked into place in seconds. While a single worker using other systems can position voids at about 10-16 units per minute, our system averages 64 units a minute greatly increasing building efficiency. Concrete curing time is also reduced contributing to quicker floor cycle times.
Concrete production, as well as the off-gassing of concrete overtime, is one of the world's leading CO2 emitters. Void concrete production is the way forward for a majority of concrete structures. By using 30% less concrete, 30% less CO2 is emitted from your project.
In the event of an earthquake or natural disaster, having 30% less concrete weight above your head can go a long way. Most people believe that reducing concrete would lead to a weaker structure, which is far from the truth. Support columns and beams are under less stress making structures both stronger and safer.
