Abstract: This application discloses a solvent based nail polish remover comprising 85.0 to 99.5% acetone or ethyl acetate solvent and 0.5 to 15% gelling agent, preferably hydroxypropyl cellulose acetate gelling agent. The gelled remover has a viscosity of 1,000 to 10,000 centipoise and possesses little odor due to the low rate of solvent evaporation when compared to acetone alone. The consistency of the gel allows it to be packaged in a collapsible tube to avoid breakage or spillage. The process includes the steps of adding the gelling agent to the acetone or ethyl acetate solvent after the addition of the other ingredients.

Abstract: A grip-improving gel, primarily for application to the skin, is disclosed. The gel includes a fine particle size silica, a compatible gelling agent for improving the adherence of the gel to the skin, and an aqueous solution of a C.sub.1 to C.sub.4 alcohol. In a highly preferred embodiment, the gelling agent comprises an organoclay compound or an organic derivative of a hydrous magnesium and/or aluminum silicate, and the fine particle size silica is hydrophobic, preferably being prepared by the reaction of a fumed silica with a silane.

Abstract: A gelled perfume formulation comprising conventional perfume oil or a commercial perfume composition and a polymeric carbohydrate derivative which acts as the gelling agent. The gelled formulation is applied on the skin as a smooth thin film. The composition possesses aesthetically pleasing clarity and enduring fragrance. This perfume can be conveniently transported and easily dispensed.