Commonly referred to as “reinforced concrete iron,” the technical name is “steel reinforcement for concrete.” The available range of straight reinforcement steel is grouped in bundles of 6 and 12 meters, with diameters ranging from 6mm rods to those with a diameter of 32mm.
Shaped Reinforced Concrete Steel
When time constraints do not allow for the processing of straight reinforced concrete steel bars on-site, opting for shaped steel is the most economical and convenient solution.
At the shaping center, CNC cutting and bending machines process reinforced concrete steel, delivering stirrups, bent bars, and straight bars cut to size, all in accordance with the technical specifications of the project design.
Next-Generation Reinforced Concrete Formwork
Initially developed as simple reinforced concrete formwork, the evolution of concrete formwork has transformed them over time into trueconstruction systems.These now serve not only to contain the concrete during the pouring phase but also as aplaster-supporting structure.. Questi The formwork is micro-perforatedand does not require stripping.and, once tied to the steel reinforcement, they hold the concrete in place during the pouring phase, allowing the slurry to escape while confining the aggregates. The result is a… …monolithic structural element(footing, column, wall, beam, etc.) ready to be plastered above ground or alternatively left exposed in foundations or underwater applications.
Preassembled Reinforced Concrete Steel Cages
Preassembled reinforced concrete steel cages are the ideal solution to minimize assembly times in traditional building construction. Beams, columns, walls, and footings are first cut, then bent, and finally assembled, tied, and stapled using a welding machine, arriving on-site ready for pouring.
Upon request, reinforcement cages can also be pre-cased at the factory using disposable formwork, significantly reducing on-site labor. The preassembled and pre-cased cage solution is ideal for foundations (both footings and inverted beams), retaining walls, underwater foundations (e.g., footings for marine ports), and columns (both underwater and above ground).