Zipper Emergency Exit Doors




PAW Zipper Emergency Exit Doors for Safe and Continuous Operation
PAW Zipper Emergency Exit Doors are self-repairing high-speed PVC door systems equipped with an integrated emergency escape feature. They provide fast access, reliable sealing, and safe evacuation capability for industrial environments where personnel safety is critical.
Combining the advantages of zipper technology with emergency exit functionality, these doors ensure uninterrupted workflow while allowing manual push-through escape in emergency situations. Their flexible curtain structure automatically returns to its guides, minimizing downtime and maintenance requirements.
Suitable for:
- Food Processing Facilities
- Pharmaceutical Plants
- Cold Storage Areas
- Clean Rooms
- Logistics & Distribution Centers
- High-Traffic Production Areas
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Technical Specifications
Engineered for high-speed operation, self-recovery capability, and emergency evacuation requirements in demanding industrial environments.
Technical Information
Industrial Self-Repairing Zipper Door Systems
PAW Self-Repairing Zipper Doors are advanced high-speed PVC door systems designed for intensive industrial environments requiring fast operation, high reliability, and automatic curtain recovery. Their innovative zipper structure allows the curtain to reinsert itself automatically after accidental impacts, minimizing downtime and maintenance costs.
Equipped with intelligent control systems and multiple activation options, PAW Zipper Doors provide excellent insulation, smooth operation, and superior safety. Their flexible structure makes them ideal for high-traffic areas where continuous operation and reduced maintenance are essential.
Manufactured in Türkiye and exported worldwide, PAW Self-Repairing Zipper Doors are widely used in logistics centers, food processing facilities, pharmaceutical plants, cold storage areas, and manufacturing environments. From design to installation, PAW Doors delivers reliable high-speed door solutions for modern industrial applications.