Anti-itching powder

Abstract

The present invention is anti-itching powder that blocks transmission to stratum corneum and invasion up to epidermal cells by emulsion as a result of further concentration on skin stratum corneum. The emulsion is produced by mixing sweat continuously secreted during rest and sebum. The emulsion becomes a cell disorder composition. Specifically, the anti-itching powder as a fine powder contains main ingredients of aluminum chloride or alum and cyclodextrin. A fine powder as a base is dispersed into and combined with the fine powder. The application of the fine powder over the skin prevents sudden itch without blocking emission and transpiration of moisture in the sweat from the skin stratum corneum.

What is claimed is: 
     
         1 . Anti-itching powder as a compound fine powder, comprising:
 a fine powder containing main ingredients of aluminum chloride and cyclodextrin; and   a basis fine powder as a base, the basis fine powder being combined with the fine powder, wherein   the compound fine powder is for application over a skin surface to confine an emulsion to skin-degenerative stratum corneum, the emulsion being consisted of persistent sweat and sebum, the compound fine powder being configured to block a penetration of the emulsion up to an epidermal cell, and   the anti-itching powder does not contain porous powder made by compounding silicon dioxide and magnesium oxide as main raw materials.   
     
     
         2 . Anti-itching powder as a compound fine powder, comprising:
 a fine powder containing main ingredients of alum and cyclodextrin; and   a basis fine powder as a base, the basis fine powder being combined with the fine powder, wherein   the compound fine powder is for application over a skin surface to confine an emulsion to skin-degenerative stratum corneum, the emulsion being consisted of persistent sweat and sebum, the compound fine powder being configured to block a penetration of the emulsion up to an epidermal cell, and   the anti-itching powder does not contain porous powder made by compounding silicon dioxide and magnesium oxide as main raw materials.