The raised porcelain stoneware floor made with IT2.6 technology stoneware-on-stoneware, represents the evolution of materials engineering in large-scale projects, overcoming the structural and economic limitations of traditional calcium sulfate panels. This technical solution optimizes long-term economic analysis, drastically reducing maintenance and replacement costs. The adoption of stoneware-on-stoneware raised floors, such as those developed by Imola Tecnica, guarantees extremely high mechanical performance, reduced thicknesses, and a turnkey installation process that accelerates construction time.
Value Engineering in large construction contracts and the transition to porcelain stoneware raised floors
Applying Value Engineering to large construction projects requires a careful assessment of the materials’ life cycle. Historically, the use of calcium sulfate has led to long-term problems due to its high sensitivity to moisture. Porcelain stoneware raised floors eliminate these issues at the source, offering dimensional stability and high-performance space management:
- The latest-generation raised floor in porcelain stoneware eliminates the deformations typical of traditional hygroscopic substrates;
- Low environmental impact stoneware construction systems make it easier to obtain the coveted CAM and LEED environmental certifications for floors;
- Modern porcelain stoneware floor supports ensure millimetric leveling of the floor and the correct space for housing complex wiring and ducts.
Why do IT2.6 stoneware raised floors reduce costs compared to sulphate tiles?
IT2.6 stoneware raised floors reduce extraordinary maintenance costs, eliminate the risk of warping due to humidity, and reduce logistics costs thanks to thinner panels with the same mechanical strength. Replacing calcium sulfate panels with Imola Tecnica’s IT2.6 stoneware-on-stoneware technology maximizes economic benefits through a life cycle analysis that demonstrates a significantly higher ROI in office buildings.
The vitrified and completely waterproof structure of porcelain stoneware prevents any water absorption, eliminating the risk of flaking and swelling typical of traditional non-insulated substrates. In specifications requiring high-traffic raised floors, the extraordinary durability of technical flooring panels ensures perfect coplanarity over time, transforming the supply from a simple cost to a Value Engineering investment.
Lifecycle optimization: dry installation and high-traffic resistance as pillars of Value Engineering
The design of lobbies, business centers, and large retail spaces requires technical flooring for commercial buildings that combine maximum performance and long-term economic sustainability, placing life cycle optimization and value engineering as cornerstones of construction decisions. In this context, the framework of porcelain stoneware raised floor supports is structured to evenly disperse stress across the floor, offering superior resistance to heavy traffic through dry-installation solutions that overcome the limitations of glued finishes. The use of raised floors in commercial spaces guarantees compliance with the most stringent fire safety standards for interior flooring and, thanks to the modularity of the panels, ensures quick and easy inspection of the systems beneath the raised floor. Furthermore, the use of eco-sustainable materials for interior flooring optimizes disposal and recycling at the end of the building’s lifespan, while the cavity actively contributes to energy efficiency and acoustic comfort. Choosing a raised floor for heavy traffic it therefore means supporting the integrated design of the envelope and facilitating the future redevelopment of commercial buildings with inspectable floors, guaranteeing minimally invasive interventions and total operational continuity of the spaces.
Turnkey management of inspectable floors in Value Engineering projects
From a Value Engineering perspective, true economic efficiency isn’t limited to material selection, but is also reflected in the smooth execution of the project. Entrust the turnkey management of projects involving raised stoneware floors to a single, specialized engineering partner like Imola Tecnica. This approach prevents critical interface issues between different teams, ensuring reduced delivery times on site.
Modern stoneware-on-stoneware raised floors aren’t just finishing materials, but systems that directly impact a building’s operating costs and operational flexibility throughout its life cycle. Investing in the material quality of these systems provides investors with certain and measurable value, confirming dry installation as a choice that reduces operating costs and extends a building’s useful life cycle.
Imola Tecnica supports designers and contractors through every phase, from preliminary technical consultation to turnkey delivery. Contact the Imola Tecnica team for a personalized evaluation of your project.
