logo
A damping hinge, also known as a friction hinge or friction damper, is a mechanical component that allows for controlled movement and damping of an object. It is commonly used in applications where controlled movement is necessary, such as in the doors of cars, cabinets, or other furniture.
The structure of a damping hinge typically consists of two main components: a hinge and a damper. The hinge allows for the movement of the object, while the damper provides the resistance or damping force to control the movement.
The hinge component of a damping hinge can be made up of several parts, including a pin, a leaf, and a mounting plate. The pin is the central component of the hinge and provides the pivot point for the movement of the object. The leaf, which is attached to the object, is designed to rotate around the pin. The mounting plate is attached to the stationary part of the application and provides a surface for the hinge to be mounted.
The damper component of a damping hinge typically consists of a housing and a friction element. The housing is typically made of metal or plastic and is designed to contain the friction element. The friction element, which is typically made of rubber or plastic, is designed to provide the damping force by creating friction between the housing and the object. The amount of friction can be adjusted by changing the material or the shape of the friction element.
Overall, the structure and components of a damping hinge work together to provide controlled movement and damping force to the object to which it is attached.