Safe Room Sliding Window

A Safe Room Sliding Window is a specialized protective window system designed for residential, commercial, and military-grade safe rooms. Unlike standard windows, it combines blast resistance, ballistic protection, and airtight sealing while maintaining usability for ventilation and visibility. These are often seen in Israeli Mamad safe rooms, government facilities, and high-security shelters.

🔒 Key Features

1. Blast & Ballistic Resistance

• Constructed with hardened steel frame and laminated ballistic glass or steel shutters.

• Designed to withstand explosive overpressure and shrapnel impact.

• Tested to comply with Israeli Home Front Command standards or equivalent.

2. Sliding Mechanism

• Horizontal sliding design saves space compared to hinged models.

• Operates smoothly on reinforced steel tracks with anti-jamming protection.

• Can be locked securely in both open and closed positions.

3. Gas-Tight Seal

• Integrated rubber gasketing ensures airtight closure.

• Enables safe room pressurization and protects against CBRN threats.

4. Locking & Security

• Multi-point internal locking system.

• Optional external lock for added access control.

• Reinforced against forced entry.

5. Customization Options

• Glazing choices: ballistic-rated polycarbonate, laminated glass, or opaque steel shutter.

• Sizes: typically 24” x 24” to 48” x 48”; custom dimensions available.

• Finish: powder-coated or epoxy paint for corrosion resistance.

⚙️ Typical Specifications

• Frame Material: Reinforced structural steel.

• Glass Thickness: 32–40 mm laminated ballistic glass (or solid steel plate for non-vision models).

• Sealing: Continuous perimeter gasketing.

• Operation: Manual sliding on heavy-duty steel track.

• Resistance Rating: Blast-tested; NIJ ballistic protection up to Level III/IV (depending on model).

🛡️ Applications

• Residential & commercial safe rooms

• Israeli Mamad (protected spaces)

• Military bunkers & command posts

• Government and embassy facilities

• Panic rooms in high-security buildings