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Renovate without demolishing: how to solve the problem of worn surfaces with dry installation systems and raised floors

Dry installation systems and raised floors are the preferred solutions for building renovations without demolition. They allow worn commercial and residential floors to be renovated, eliminating the cost of removing the old flooring and ensuring the ability to inspect the utilities in the cavity. In modern renovations, the real added value comes from thin porcelain […]

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Unlocking interim certificate in public procurement: the importance of SOA OS18B certifications for ventilated façades when choosing a partner

The construction of ventilated façades in public procurement requires partners with adequate technical and financial qualifications. SOA OS18B certifications for ventilated façades demonstrate the company’s execution capability, ensuring proper management of project progress reports without bureaucratic disruption. Choosing a well-structured, ventilated façade partner like Imola Tecnica ensures complete project coordination, combining engineering reliability, regulatory compliance, […]

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Value Engineering in large contracts: reducing costs by replacing sulphate with stoneware-on-stoneware raised floors

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 […]

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Solving thermal bridges in luxury condominiums: the efficiency of stoneware ventilated façades with integrated insulation design

Thermal bridges can be eliminated in high-end residential projects by installing a condominium ventilated façade with continuous insulation. This technology maximizes the thermal insulation of exterior walls, eliminates structural losses, and reduces energy requirements. The integration of engineered substructures and high-strength stoneware façades transforms the exterior envelope into a thermal shield. Entrusting the design of […]

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Industrial redevelopment and correction of out-of-plumb walls: the role of substructures for ventilated façades

The architectural redevelopment of abandoned production complexes represents one of the most complex challenges for contemporary design, especially when faced with the structural and geometric degradation of existing envelopes. In this context, the engineering of exterior façade cladding requires advanced solutions, such as substructures for ventilated façades capable of combining flexibility and high thermal and […]

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Coastal design: preventing salt corrosion with porcelain stoneware ventilated façades

Designing a building envelope in coastal areas requires advanced technical solutions capable of withstanding the constant attack of salt, humidity, and gusts of wind. Salt corrosion can be prevented in buildings with porcelain stoneware ventilated façades, an excellent engineering choice. Traditional cladding, in fact, tends to flake more quickly, requiring ongoing partial restoration work. Choosing […]

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Drafting green specifications for public administrations: combining CAM compliance and heavy-traffic resistance in raised floors

The ecological transition imposes rigorous standards for public construction contracts, and regulations require an integrated vision that combines mechanical performance and certified sustainability. Professionals responsible for engineering raised systems must draft green specifications that meet stringent environmental constraints without compromising the static safety of raised floors. The use of porcelain stoneware raised floors in high-traffic […]

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