Precision Engineering for Life Safety

At Square EIC, we understand that in an emergency, every second counts. Our fire cabinets are engineered to provide immediate access to fire suppression equipment while maintaining a durable, professional appearance that integrates seamlessly into any building’s design.

• General Description: High-performance enclosures designed to house fire hose reels, fire extinguishers, and landing valves. Manufactured from premium cold-rolled steel, these cabinets are built to resist corrosion and impact, ensuring that life-saving equipment remains operational for decades.

• Key Technical Specs:

  • Material: Heavy-duty Cold-Rolled Steel (CRS) or Stainless Steel (304/316) for high-corrosion environments.

  • Thickness: Standard 1.2mm to 2.0mm steel sheets, providing structural rigidity and fire resistance.

  • Mounting Options: * Recessed: Flush with the wall for a sleek, space-saving finish.

    • Surface Mounted: Ideal for industrial zones or retrofitting existing structures.

  • Finish: Electrostatic powder coating (Standard Signal Red RAL 3000), oven-baked for maximum durability and UV resistance.

  • Door Types: Available with Solid Metal Doors, Wired Glass, or Clear Acrylic viewing panels.

• Configurations & Features:

  • Internal Components: Can be customized to house a 30m Fire Hose Reel (Manual or Automatic), 6kg/9kg Fire Extinguishers, and Fire Axes.

  • Locking Mechanism: Equipped with “Break-Glass” units or “Turn-Handle” locks for quick emergency access.

  • Compliance: Manufactured according to NFPA 14 (Standard for the Installation of Standpipe and Hose Systems) and EN 671-1 standards.

• Why Choose Square EIC Fire Cabinets?

  • Seamless Integration: Designed to meet both functional safety requirements and the aesthetic needs of modern commercial or residential developments.

  • Customization: We offer double-compartment cabinets (stacked or side-by-side) to accommodate multiple safety tools in a single unit.

  • Durability: Tested for salt spray resistance and structural integrity under high-pressure water flow conditions.