How does the unique pivot mechanism of a Pivot door maximize space?
Publish Time: 2024-07-11
The unique pivot mechanism of a Pivot door maximizes space through its design and installation method. Here are the key points:
Track-mounted design: Pivot doors are usually mounted on top or bottom tracks. This design allows the door to open and close without requiring a lot of lateral space, but instead rotates or slides along the track axis, thereby maximizing the space in the area where the door is located.
180-degree or greater opening angle: Pivot doors can usually open to an angle of 180 degrees or more, which means that the door panel can be parallel to the wall or vertical support structure when fully opened. This opening method can fully utilize the space beside and behind the door without restricting the way the space is passed and used.
Door panel design and weight distribution: The design of the Pivot door takes into account the weight distribution and structural strength of the door panel to ensure the stability and safety of the door when it is opened. With reasonable weight distribution and structural design, the door can complete the opening action without requiring additional lateral space.
Safety and ease of operation: The pivot door's pivot mechanism is usually equipped with a safety locking device and a balance adjustment system to ensure the stability and safety of the door during operation. These features make Pivot doors smoother and easier to operate when opening and closing.
Suitable for different space requirements: The rotation mechanism of Pivot doors makes them suitable for various space layouts and needs, especially in limited spaces or places where frequent traffic is required. They can be used in various places such as offices, shops, hospitals, restaurants, etc. to ensure effective use of space and convenient traffic.
In summary, Pivot doors can maximize the use of space through their unique rotation mechanism and design features, and are suitable for various different space requirements and usage scenarios.
