What Is Isolfire? A Revolutionary Insulator
Isolfire, also known as Isolfeu – Creation, represents a breakthrough in the world of insulation. Born from the need to overcome the inherent flaws of traditional thermal and acoustic insulators—typically polyurethanes (PU), polystyrenes, and mineral wools—the Isolfire project introduces a 100% mineral, non-combustible foam that challenges the status quo. The conventional insulators largely depend on petroleum derivatives and often contain endocrine disruptors harmful to health, not to mention their high carbon footprint. In contrast, Isolfire is designed to meet modern public health policies and environmental standards, offering excellent mechanical and thermal characteristics even under extreme conditions.
Main Benefit & Key Figures
- 100% mineral, non-combustible foam with a clay-based binder
- Open porosity for breathability with a modified hydrophobic option
- Fire resistance performance maintained at temperatures of 1200°C and above
- A1 classification according to the Euroclass standards
- Tested fire barrier performance exceeding 1 hour and 30 minutes (even reaching 2 hours in some situations)
This list of key facts underlines the fact that Isolfire is not merely an insulating material—it is a fundamental reimagining of what insulation should offer to both industry and domestic settings.
Innovative Formula and Composition
Isolfire is not just a foam; it is a composite system that redefines safety and sustainability. The formulation comprises a polymer binder based on a cold ceramic process—this is prepared by mixing a bi-component mixture that hardens at room temperature. With its open porosity, the foam ensures excellent breathability while the option to impart hydrophobicity further widens its range of applications. The product extensively leverages metakaolin, a clay mineral that contributes up to 45% of its composition. In essence, Isolfire replaces petroleum-derived composite materials and flame retardants, ensuring that even bio-sourced materials can retain their ecological identity without compromising on fire resistance.
Superior Fire Resistance Performance
A standout quality of Isolfire is its exceptional fire resistance. It has been engineered to maintain its physical and mechanical properties even at temperatures equal to or exceeding 1200°C. The foam has passed stringent tests such as EN 13501-1:2013, NF-EN-ISO 1716, and ISO 1182, earning it the prestigious A1 fire safety classification (formerly referred to as M0). This means that during testing, the foam maintained its insulating qualities and resistance to fire for durations of over 1 hour and 30 minutes, with some demonstrations even reaching 2 hours. This performance not only ensures safe and effective insulation but also provides users with valuable additional time in emergency scenarios.
The Road to Environmental Sustainability
Traditional insulators, be they polyurethane or polystyrene, come with the baggage of fossil fuel derivation and potential health risks due to endocrine disruptors and harmful chemicals. Isolfire gives a compelling alternative, being totally devoid of substances that might contain endocrine disruptors. It doesn’t release harmful fibers, isn’t derived from any hydrocarbon, and doesn’t produce smoke or droplets in a fire. The natural, mineral-based composition contributes significantly to a low carbon footprint. This eco-friendly aspect is crucial in the ongoing global dialogue on sustainability, making Isolfire a material of “societal” interest not only for its enhanced functionality but also for its commitment to protecting both individuals and the environment.
Functional Versatility for Industry & Domestic Use
The applications of Isolfire extend well beyond simple insulation. In industrial settings, where fire resistance is paramount, Isolfire provides a robust alternative to traditional insulating materials. Similarly, in domestic applications, safety remains a priority, and the fireproof nature of the composite offers peace of mind. The material’s versatility is evident in its ability to serve as both foam and a binder, offering the benefits of a 100% ecological solution. The simple preparation, mixing, and pouring process—all completed at room temperature—reduce complexity and potential risk during application. It is a dynamic fusion of innovation and practicality, perfectly suited for the modern era.
Project Impact on SDGs
- SDG 3: Good Health and Well-Being – by eliminating harmful substances that can risk human health
- SDG 9: Industry, Innovation, and Infrastructure – through a revolutionary, sustainable product for construction and manufacturing
- SDG 11: Sustainable Cities and Communities – by enhancing fire safety and reducing environmental impact in urban settings
- SDG 13: Climate Action – thanks to a low carbon footprint and sustainable material sourcing
Final Thoughts on Isolfire’s Future
Isolfire stands as a testimony to what can be achieved when innovative technology meets environmental responsibility. With its 100% mineral foam, clay-based binder, and exceptional fireproof characteristics, it not only challenges traditional insulating materials but paves the way for safer, more sustainable construction practices. The material’s high thermal resistance and compliance with international fire safety standards signal a promising future. It has managed to encapsulate the ideal blend of performance, safety, and sustainability. As industries and governments increasingly prioritize public health and environmental protection, innovations like Isolfire become ever more relevant. The project is a true leap forward—practical, eco-friendly, and engineered for the high demands of both contemporary industry and modern home construction. It is a material that embodies the future of insulation, offering a safe, sustainable alternative that not only protects structures but also the well-being of people.
