Antifires offers a comprehensive range of fire resistance ratings suitable for Cucuta projects, all tested to comply with the principles of NSR-10 Title J. These include E60, E90, and E120 for integrity-only applications, as well as EI30, EI60, and EI120 for systems requiring both integrity and thermal insulation. For example, the certified 26mm door glass achieves Integrity 89–90 minutes and Insulation 68 minutes, while the 50mm/54mm ultra-high-performance glass provides up to 120 minutes of both integrity and insulation. Each product is supplied with certified test reports that document performance under standard fire curves, providing the necessary evidence for local code compliance and approval by the Curaduría Urbana de Cúcuta.
Yes, Antifires provides comprehensive localized technical documentation for Colombian contractors. This includes certified test reports from recognized standards such as BS EN 1634-1 and ASTM E119, which are essential for project approvals in Cucuta. Furthermore, Antifires offers direct installation support and guidance on critical details like frame anchoring (M6/M8 bolts at 300–600mm spacing) and the correct application of ceramic wool and intumescent seals. This ensures that the installation process aligns with the tested assembly configuration, helping contractors and engineers achieve a compliant and reliable passive fire protection system that meets the requirements of local inspection bodies.
Antifires fire-rated glass systems are engineered to perform reliably in Cucuta’s challenging conditions. The glass composition, such as the 10mm FPOS (3mm float + 4mm gel + 3mm float), uses intumescent gel layers that activate under high heat to form a rigid, insulating barrier. For seismic resilience, the systems are installed in G.M.S. hollow steel frames with 3mm–5mm expansion gaps filled with ceramic fiber. This design allows for controlled movement during a seismic event without compromising the fire seal, as the ceramic fiber and intumescent seals (20mm × 4mm) maintain their protective function. This combination of material science and engineering ensures that the glass systems maintain both fire integrity and structural stability in Cucuta’s high-temperature and seismically active environment.