Introduction To Damping Drawer Slides

Damping slides constitute a specific category of drawer slides, distinguished by their utilization of the cushioning properties of fluids to achieve an ideal, silent, and buffered closing effect.

 

They rely on a novel technology to adapt to the closing speed of the drawer. As the drawer approaches the final segment of its closing trajectory, a hydraulic mechanism decelerates its movement-thereby mitigating impact forces-to ensure a smooth and comfortable closing experience. Even if the drawer is pushed shut with considerable force, it will still close gently, guaranteeing a movement that is both flawless and quiet. The assembly comprises a fixed rail, an intermediate rail, a movable rail, ball bearings, a clutch mechanism, and a damper unit; the damper is housed within the fixed rail. The damper itself consists of a piston rod, a housing, and a piston; the piston is fitted with through-holes and orifices. As the piston rod drives the piston in its movement, the internal fluid flows from one side to the other through these through-holes, thereby generating the requisite buffering and damping effect.