The metal shell has good surface treatment and is fixed with porous design screws. It is strong and stable and will not fall off easily after long-term use. The inner core head can be rotated to adjust the rebound force to avoid excessive opening force. The internal spring also has good durability and fatigue resistance. It is durable and can maintain good elasticity and function after long-term use. The appearance design is relatively smooth and meets the aesthetic needs of modern homes. There is no need to use handles. You can open or close the cabinet door with just a light press. It is more convenient to use. Can be applied to different types of cabinet doors.

The cabinet door rebounder is a mechanical device. Its principle is to use the elastic force of elastic materials (such as springs, elastic metals, etc.) to store and release energy, thereby achieving a rebound effect. When the aircraft-style steel shell rebounder is acted upon by an external force, the elastic material inside it will be compressed or stretched to store energy. When the external force disappears, the elastic material will automatically release the stored energy, causing the rebounder to rebound. This principle is similar to the elastic deformation of a spring, but the structure of the rebounder is more compact and stable, and can withstand greater external forces and impacts.