Adapting to Pendik’s Enforcement of Turkey’s 2018 Fire Protection Regulation in Mixed-Use Developments
Pendik’s urban transformation has led to the proliferation of mixed-use developments—buildings that combine retail spaces, offices, and residential units within a single structure. These projects fall under strict scrutiny from local municipalities, particularly regarding fire compartmentation between different occupancy types. The 2018 Regulation on Fire Protection of Buildings requires that all vertical and horizontal escape route enclosures in such buildings achieve a minimum of 60-minute integrity (E) and often insulation (EI) performance. Antifires addresses this requirement with systems tested to TS 12653 and EN 1634-1. For example, the 28mm EI60 panel—composed of a multi-layer laminated structure (6mm + 5.5mm gel + 5mm + 5.5mm gel + 6mm)—has demonstrated 66 minutes of integrity and 64 minutes of insulation under standard furnace conditions. This performance is critical for protecting the compartment boundaries that separate a ground-floor commercial unit from upper-level residential corridors. The use of 60 minute fire rated glass with integrity and insulation ensures that heat transmission to the unexposed side remains below the regulatory limits (average rise ≤140°C), allowing safe evacuation time for occupants. For Pendik’s mixed-use towers, Antifires provides complete documentation packages that include traceable test reports, facilitating smooth approval during the municipality’s plan review process.
Selecting EI 30 to EI 120 Fire Rated Glass for Pendik’s Seismic Zone 1 Structural Demands
Pendik is classified within Seismic Zone 1, meaning that all building components—including fire rated glazing—must accommodate significant structural movement without losing their fire-resistant properties. Standard fire rated glass that is rigidly installed can crack or dislodge during an earthquake, compromising compartmentation. Antifires addresses this challenge by engineering its systems with seismic movement capacity built into the frame and glazing interface. The assemblies utilize G.M.S. hollow steel sections combined with 3mm to 6mm ceramic wool (density 210 kg/m³) and a 3mm to 5mm expansion gap filled with ceramic fiber, allowing the glass panel to shift up to 38mm under lateral load without failure. For high-rise facades exceeding 21.5 meters in height—a threshold that triggers enhanced fire resistance requirements under Turkish regulation—Antifires provides 120 minute fire rated glass with integrity and insulation. The 50mm and 54mm ultra-high-performance glass structures have been tested to deliver 120 minutes of both integrity and insulation under EN 1363 conditions, while the frame system is designed to maintain its seal during seismic events. This dual compliance with fire and seismic standards is essential for Pendik projects, where local building inspectors now require third-party test reports that explicitly address dynamic movement performance.
Addressing Pendik’s High-Density Residential Corridors and Maritime Transport Hub Requirements
Pendik’s residential zones, particularly those near the Sabiha Gökçen Airport corridor and the Pendik Marina, feature high-density apartment blocks with long common corridors that serve as primary escape routes. Under the 2018 Turkish Fire Protection Regulation, these corridors must be enclosed with fire-rated partitions that provide 60-minute insulation (EI60) to prevent heat from compromising the evacuation path. Antifires supplies complete partition assemblies tested to TS EN 1634-1, specifically designed to limit heat transmission to an average rise of ≤15°C on the unexposed side—far below the standard maximum of 140°C. The 26mm glazed door glass (5mm + 5.5mm gel + 5mm + 5.5mm gel + 5mm) is a typical solution for these corridors, offering 89–90 minutes of integrity and 68 minutes of insulation. For wider openings, the 21mm FPOS composite glass (multi-layer tempered with intumescent gel) provides 120 minutes of integrity and 30 minutes of insulation, suitable for lobby-to-corridor interfaces. The installation protocol includes intumescent fire seals (20mm × 4mm) at all perimeter joints and M6/M8 anchor bolts at 300–600mm spacing to ensure a tight, stable fit. By using fire rated glass partitions that are pre-certified with these performance metrics, Pendik contractors can accelerate the approval process for residential tower projects while ensuring occupant safety during evacuation.
Why Pendik Contractors Trust Antifires for Traceable Fire Test Reports and Local Turkish Inventory
One of the most common delays during Pendik municipality site inspections arises from the lack of traceable, accredited fire test documentation for imported glazing products. Antifires eliminates this risk by providing every batch shipped to Pendik with a traceable test report from an accredited EU laboratory, conducted under EN 1634-1:2008/2014 and BS 476 Part 22:1987 protocols. These reports include detailed furnace test conditions—such as Type K thermocouples across 9–12 channels, 10–55 thermocouples on the unexposed surface, and furnace pressure maintained at 0 ±2Pa—ensuring full transparency of the test methodology. For Pendik projects, this documentation is directly aligned with the yapı ruhsatı (building permit) requirements, as local authorities now demand reports that specify the exact glass composition, frame type, and sealant materials used. Antifires maintains a local inventory in Turkey, including 10mm FPOS (integrity 135 min, insulation 16 min) and 15mm FPOS (integrity up to 132 min, insulation 33–34 min), as well as 28mm EI60 panels. This local stock eliminates the long lead times associated with overseas imports. Contractors can request digital copies of the test certificates and the Turkish Ministry compliance declaration directly from Antifires, ensuring that all documentation is ready for submission before the inspection date. For further details on available products, explore the fire rated glass doors range that includes complete frame and glazing assemblies pre-certified for Pendik projects.