To provide a soap composition having excellent deodorant properties and stamina while improving detergency, foaming properties and soap characteristics (foamability, water-solubility, dripping properties and skin feeling) per weight by composing a double salt shape of three kinds of fatty acids, using the double salt shape as a base, devising a crystal structure in a framing method as a method for sufficiently utilizing the characteristics of a tourmaline ore.

This soap composition is obtained by formulating the mixed acids of three kinds of myristic acid, palmitic acid and stearic acid, and Na and K in a specific ratio, with a polyhydric alcohol, sucrose and the tourmaline ore, regulating volatile components so as to be <30% to provide a framing type soap composition, and subjecting the resultant soap composition to an aging processing. Optionally, a monoterpene- or a sesquiterpene-based hydrocarbon is included therein. As a result, the mild soap having the stamina (durability), preferable feeling of little disintegration in water, high familiarity to the hand skin and water, and substance is provided. The soap with the deodorant properties and aroma, having an excellent finish is obtained without adding an excessive chemical or antimicrobial component.