Necessary and sufficient conditions for globally stabilizing linear systems with bounded controls are known. However, it has been shown in [5] that, for single-input systems, no saturation of a linear feedback can globally stabilize a chain of integrators of order n, with n greater-than-or-equal-to 3. In this paper, we propose a nonlinear combination of saturation functions of linear feedbacks that globally stabilizes a chain of integrators of arbitrary order. The appealing feature of the proposed control is that it is fairly easy to construct. It is linear near the origin and can also be used to achieve trajectory tracking for a class of trajectories restricted by the absolute on the input.