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Traditional hinges have been widely used for centuries to provide movement and support for doors and windows. However, they have several limitations that can be overcome by using torque hinges. Torque hinges use friction to control the movement of doors and windows, providing a smoother and more controlled closing action.
In addition, torque hinges offer greater design flexibility, allowing doors and windows to be held in any position without the need for additional hardware or locking mechanisms. This provides new opportunities for architects and designers to create innovative and functional building designs.
Moreover, torque hinges can be used to improve safety and security, preventing doors and windows from slamming shut or opening too quickly. This makes them particularly useful in environments where safety is a concern, such as hospitals, schools, and public buildings.
In automotive applications, torque hinges can be used to create automatic closing doors or to hold doors open at specific angles. This improves the overall functionality and convenience of the vehicle.
Overall, the use of torque hinges provides a new way of thinking about door and window closure, offering greater design flexibility, improved safety and security, and enhanced functionality. They are a versatile and useful component in many different applications, and their potential uses are only limited by the imagination of designers and engineers.