Abstract: A moisture absorbent headband device is provided comprising a highly absorbent inner layer and a fabric outer shell layer. The absorbent inner layer is adapted to absorb moisture while the outer shell layer comprises a water permeable material that forms a continuous, closed loop structure having an enclosed interior volume supporting the absorbent inner layer therein. The outer shell layer is an elastic material adapted to be worn around the head of a wearer, generally a young child, whereby the inner layer absorbs water and soap in contact therewith to prevent the same from entering the wearer's face and eyes. The inner layer is a substantially rectangular cuboid shape having a thickness, length, and height, whereby the length thereof is adapted to extend sufficiently around the closed loop of the outer shell layer such that the inner layer rests above the ears and across the wearer's forehead when donned.

Abstract: A moisture absorbent headband device is provided that comprises a highly absorbent inner layer and a fabric shell outer layer. Both the inner core and outer shell layer having a generally rectangular shape. The outer layer is fixedly attached to an elastic means for securing the device to a user's forehead. When worn on the forehead while in the shower the moisture absorbent headband device inhibits the entry of soap and water into a user's eyes, nose, ears and mouth. In one embodiment, the device is disposable after a given number of uses. In an alternative embodiment, the outer fabric layer is closed at along one end of the inner layer and has an opening at the other end for removably inserting the absorbent inner layer into the outer fabric shell, providing a replaceable inner structure and permanent outer structure.