Cushioned rubber floor article for use in hair styling salons and other service environments

Generally, the present disclosure relates to a rubber floor mat. Specifically, the present disclosure relates to a rubber floor mat that provides a high level of comfort to the users thereof, even during extended periods of standing. Moreover, the surfaces of the mat exhibit resistance to chemicals, stains, and scuffing. Additionally, these mats have little tendency to absorb water during use. Such mats are suitable for use in a variety of applications where the mats' anti-fatigue and other physical properties are desirable. The present mat is particularly well suited for use by hair stylists, beauticians, and barbers, although use by other service professionals will be described herein. The present invention is a floor mat made from a rubber composite, the composite having a foam rubber core positioned between dense rubber layers. Protrusions or cleats, which are produced during the vulcanization process, extend outwardly from the lower surface of the mat. The present mat offers mat users desirable anti-fatigue characteristics that are achieved by (a) a combination of dense rubber and foam rubber layers and (b) the spaced positioning of a plurality of cleats over one surface of the mat. Such a mat is anticipated to be useful in service environments, such as hair styling salons, retail outlets, or restaurant kitchens, for example.