Fire-Resistant Elevator Landing Door: Engineered for Safety and Protection

Safety is a critical part of modern elevator systems, especially in commercial, industrial, residential, and high-rise buildings. Understanding this need, AV CAM Corporation Ltd. offers a fire-resistant elevator landing door designed to provide enhanced protection and dependable performance during fire-related emergencies.

The elevator landing door is engineered with a focus on fire resistance, structural integrity, and reliable operation. It is designed to help restrict the spread of fire through elevator openings, providing an additional layer of protection between building floors.

Tested for Fire Resistance

The fire-resistant elevator landing door has undergone an Integrity (E) Test for up to 120 minutes (2 hours). This testing focuses on the door's ability to maintain its integrity during exposure to fire for the specified duration.

Designed to Meet European Standards

The door is designed and tested in accordance with EN 81-58:2018, a European standard covering fire-resistance testing for elevator landing doors. This provides a structured basis for evaluating the fire performance of elevator landing door assemblies.

NABL-Certified Testing

The product is supported by testing from a NABL-certified laboratory, adding confidence to the evaluation and documented performance of the fire-resistant door system.

Safety Beyond Everyday Operation

Elevator landing doors play an important role in maintaining the safety and separation of elevator shafts from occupied areas. A fire-resistant landing door can contribute to a building's overall fire-safety strategy by providing a tested barrier at elevator openings.

With its combination of fire-resistant performance, tested integrity, and dependable construction, AV CAM's elevator landing door is developed for applications where safety and protection are essential.

AV CAM Corporation Ltd. continues to focus on developing elevator components that combine engineering, quality, and safety to meet the evolving requirements of modern buildings.