New Elevetor is a modular formwork system made from recycled polypropylene, designed specifically for creating foundation crawl spaces. This solution is ideal for ventilating reinforced concrete foundation slabs across residential, industrial, and commercial buildings. By facilitating proper ventilation, it helps prevent moisture buildup, mold growth, and structural deterioration beneath the foundations.
One of the standout features of New Elevetor is its impressive load-bearing capacity of up to 10,000 kg/m². This makes it particularly suitable for constructing large industrial foundations that require robust support.
For instance, in the expansion project of a refrigeration warehouse in Teolo, New Elevetor was utilized to prevent frost heaving in the floor structure exposed to constant temperatures of -25 degrees Celsius. The use of this system enhanced the project’s sustainable profitability through quick installation and a reduced need for wood, expanded polystyrene (EPS), and aggregates.
The installation process of New Elevetor is straightforward and can be completed manually in a few simple steps:
- Placement of pedestals: Pedestals are positioned on the prepared base.
- Setup of vertical tubes: Vertical tubes are installed to the specified height, determining the crawl space’s depth.
- Installation of top formwork: The top formwork is placed, serving as a walkable platform for workers.
- Rebar placement and concrete pouring: Reinforcement bars are arranged according to project specifications, and concrete is poured to form the foundation slab.
The system offers several advantages:
- Pipe verticality guarantee: The patented bottom grid ensures the vertical alignment of pipes.
- Dry walkability: Workers can move safely on the dry surface during installation.
- Inspection accessibility: The design allows for easy inspection and maintenance of the crawl space.
- High load-bearing capacity: Supports substantial structural loads, making it versatile for various building types.
New Elevetor is applicable in multiple construction scenarios, including large building foundations, industrial facilities, school buildings, and even modular access ramps and stairs. Its combination of sustainability and functionality presents a practical approach for modern construction projects aiming to reduce environmental impact without compromising on structural integrity.
Source: Geoplast
