Automatic revolving doors have become the core equipment of modern building entrance systems due to their intelligent design and multifunctional adaptability.
Multiple active protections
Equipped with high-sensitivity radar, non-contact sensors, anti-pinch and anti-collision devices, real-time monitoring of traffic status, automatic deceleration or stop when encountering obstacles, and reducing the risk of pinching. In special modes (such as disabled mode), it can switch to slow operation to ensure the safety of people with limited mobility.
Traditional sliding doors rely on a single safety electric eye and have a low level of protection.
Emergency evacuation capability
Linked with the fire protection system, it automatically switches to flat opening mode when a fire alarm occurs, forming a spacious escape passage.
Sliding doors do not have similar linkage functions, and traffic efficiency is limited in emergency situations.
Air isolation design
Adopting a "normally open and normally closed" structure, it always blocks indoor and outdoor air convection when rotating, reduces cold/heating loss, and improves energy-saving efficiency by 30% compared to sliding doors.
When the sliding door is opened, it directly exposes the indoor and outdoor, and has high energy consumption.
Environmental control optimization
Effectively block dust, noise and exhaust gas to maintain indoor cleanliness and comfort.
The sliding door has poor sealing and is easily affected by the external environment.
High-end aesthetic adaptation
Aluminum alloy/stainless steel material is used, and it supports processes such as baking paint and fluorocarbon spraying. The appearance is exquisite and diverse, and it is suitable for high-end scenes such as business buildings and hotels.
The sliding door design is practical and has weak decorative properties.
Intelligent control and flexibility
Equipped with a PLC automatic control system, it adjusts the speed according to the flow of people and supports remote management.
The two-wing revolving door combines the advantages of revolving doors and sliding doors to adapt to high passenger flow and extreme weather.
The sliding door has a single function and cannot dynamically adjust the operating mode.
Diversion design: The revolving door can accommodate multiple people in both directions at the same time to avoid congestion at the entrance; the sliding door only allows one-way passage at a time, which is easy to form queues. Wind resistance: The revolving door has a strong closed structure, eliminating the "wind outlet effect" and is suitable for areas with strong winds; sliding doors are prone to shaking or leaking air in strong winds.
