The heavy-duty cabinet suction rebounder is installed on the base first, and then the main body of the rebounder is installed and buckled in. The installation can be completed by pushing and buckling. The screw position is hidden, small in size, does not take up space, beautiful and elegant, flexible to open, and light. It can be turned on and off with just one push. It also has good elasticity and friction, which can provide a buffering effect and avoid secondary damage during use of the cabinet door. Cabinet door rebounders are designed to prevent cabinet doors from causing noise or damage due to closing too quickly, while providing a convenient opening and closing experience. Choosing the right rebounder requires considering the weight, size and environment of the cabinet door to ensure it can provide the appropriate closing force and control speed.

The basic working principle of the heavy-duty cabinet suction rebounder is through a commonly used spring. When external force acts on the spring, it will deform. When the external force disappears, the spring will rebound back to its original shape according to its elastic recovery coefficient, and has constant elasticity and return torque, so that the cabinet door can be pushed or released when the boss of the cylinder swings left and right to achieve closure. Cabinet door effect.