Abstract: The present invention describes improved asphaltic concrete compositions resistant to the stripping, as well as their methods of obtaining. Also compositions that contain anhydrite are described that result to be useful like anti-stripping agents of asphaltic concretes. The described anti-stripping compositions allow to improve the properties of union of the asphaltic concrete compositions after their application, increasing with it the useful lifetime of coverings elaborated with these materials.

Abstract: Odor absorbing pads for shoes are provided including a shoe having a sole with a top surface and a lower surface. The shoe further includes an upper portion coupled to the sole for encompassing a foot of a user. At least one unitary flexible housing has a top face and a bottom face with a periphery formed therebetween defining an interior space. The top face has a plurality of breathing apertures formed therein. The bottom face of each flexible housing has a layer of adhesive formed thereon. Each flexible housing has a generally disk-shaped configuration. A predetermined amount of charcoal particulates are situated within the interior space of the housing for absorbing odor from the foot of the user. Further, a predetermined amount of medicated powder is situated within the interior space of the housing for preventing the growth of odor producing organisms within the shoe.