SNI 03-1747-2000 and Local Building Codes for Makassar Fire Safety
Makassar’s construction sector is governed by SNI 03-1747-2000, which establishes the minimum fire resistance requirements for passive fire protection assemblies, including glazed partitions, doors, and windows. This standard mandates that fire-rated glass systems must prevent flame penetration (integrity) and limit heat transmission (insulation) for specified durations, typically ranging from 30 to 120 minutes. For high-rise hotels and mixed-use developments in Makassar’s central business district, compliance with SNI 03-1747-2000 is non-negotiable, as it directly impacts building certification and occupant safety. Antifires’ fire-rated glass products are engineered to meet these requirements, with certified test data from accredited laboratories. For example, our 28mm EI60 panel achieves 66 minutes of integrity and 64 minutes of insulation, aligning with the standard’s criteria for fire-resisting glazing in escape routes. The test conditions, as per BS EN 1364-1, involve furnace exposure with type K thermocouples monitoring temperatures, ensuring that the unexposed side does not exceed an average rise of 140°C or a maximum of 180°C. This precision allows architects and engineers to specify Antifires products with confidence, knowing they meet both local and international benchmarks. For projects requiring enhanced performance, our 90-minute fire rated glass offers extended protection for critical compartmentation zones.
Selecting Fire Rated Glass Grades for Makassar’s Tropical Climate Conditions
Makassar’s tropical climate, characterized by high humidity, coastal salt exposure, and intense UV radiation, presents unique challenges for fire-rated glass installations. Selecting the appropriate grade requires balancing fire resistance with environmental durability. Antifires offers a range of EI 30 to EI 120 fire-rated glass systems that incorporate UV-stable intumescent interlayers, preventing degradation over time. For instance, our 21mm FPOS glass provides 120 minutes of integrity and 30 minutes of insulation, with a visible light transmission of approximately 70%, making it suitable for airport terminals and shopping mall facades where natural daylight is essential. The thermal conductance of these systems is typically around 1.8 W/m²K, contributing to energy efficiency in air-conditioned spaces. In coastal environments like Makassar, the frame and sealant materials are equally critical. Antifires uses G.M.S. hollow steel sections with ceramic wool (density 210 kg/m³) and intumescent fire seals (20mm × 4mm) to ensure airtight performance under thermal expansion. The table below summarizes key parameters for typical applications in Makassar’s climate:
| Glass Type | Integrity (min) | Insulation (min) | Light Transmission | Thermal Conductance |
| 10mm FPOS | 135 | 16 | ~75% | 2.0 W/m²K |
| 15mm FPOS | 132 | 34 | ~70% | 1.9 W/m²K |
| 21mm FPOS | 120 | 30 | ~70% | 1.8 W/m²K |
| 28mm EI60 | 66 | 64 | ~65% | 1.6 W/m²K |
These specifications ensure that Antifires products perform reliably in Makassar’s demanding conditions, reducing the risk of interlayer delamination or sealant failure. For more details on insulated options, review our 60-minute fire rated glass with insulation.
Fire Rated Systems for Makassar’s Port Terminals and Commercial Towers
Makassar’s strategic role as a logistics and commercial hub demands fire-rated systems that can withstand prolonged exposure in high-traffic environments. The Port of Soekarno-Hatta and surrounding office towers require fire-rated partitions and doors that maintain integrity for at least 60 minutes, ensuring safe evacuation during emergencies. Antifires provides steel-framed fire windows and doors tested to ISO 834, a standard that simulates real-fire conditions with a time-temperature curve. For egress corridors in logistics hubs and retail complexes, our 26mm door glass (5mm + 5.5mm gel + 5mm + 5.5mm gel + 5mm) achieves 89–90 minutes of integrity and 68 minutes of insulation, exceeding the 60-minute baseline. The installation process involves precise fixing with M6/M8 anchor bolts at 300–600mm spacing and a 3–5mm expansion gap filled with ceramic fiber, accommodating thermal movement without compromising the seal. In port terminals, where salt-laden air can accelerate corrosion, Antifires uses galvanized steel frames with intumescent coatings to ensure long-term durability. These systems are designed to limit maximum deflection to 38–152mm toward the furnace, as observed in certified tests, maintaining structural stability during fire exposure. For comprehensive protection in commercial towers, consider our fire-rated glass partitions that integrate seamlessly with existing building layouts.
Why Antifires Is the Preferred Supplier for Makassar’s Fireproofing Needs
With over 15 years of export experience, Antifires has established itself as a trusted partner for fire-rated glass solutions in Makassar. Our products are certified under EN 1634-1, ensuring compliance with international fire safety standards while meeting local SNI requirements. This dual certification simplifies the approval process for contractors and developers, reducing project delays. Antifires offers localized technical support, including on-site specification review to match glass grades with specific building applications—whether for hotel corridors requiring EI60 or airport facades needing EI120. Our logistics network leverages the Tanjung Perak port in Surabaya for efficient customs clearance and shipping to Makassar, typically reducing lead times by 20–30% compared to standard import routes. This reliability is critical for time-sensitive projects in the city’s booming construction sector. Additionally, our team provides detailed installation guidelines, including frame preparation with 12–15mm fire-rated insulation boards and ceramic tape (3–6mm thickness), ensuring that the final assembly performs as tested. For a complete overview of our product range, visit our fire-rated glass doors page to explore options for commercial and residential applications.