A container for discharging powder, comprising: a container body storing powder; a button part rotatably disposed at an upper portion of the container body and descending according to the presence of a user's pressurizing, and ascending according to the absence of a user's pressurizing, further comprising a discharging hole , where powder is discharged, at one side thereof; a stem which is disposed at an inner side of the button part and moves along with the movement of the button part , comprising a movement hole at an upper portion thereof such that powder can move according to the manipulation of the button part and further comprising, at a side thereof, a connecting hole connected with the discharging hole such that the powder moving through the movement hole can be discharged through the discharging hole ; a content movement part which is disposed at an inner side of the stem , separately forming a powder moving passage where powder moves and an air moving passage where air moves; and wherein in the container for discharging powder an inner pressure of the container body changes according to pressurization of the button part , and powder and air move into the stem respectively through the powder moving passage and the air moving passage to the content movement part , thereby making powder discharged and sprayed through the discharging hole by air pressure; wherein the container for discharging powder is characterized by an opening/closing member , which is inserted into an upper portion of the stem , ascending and opening the movement hole when the button part rotates to one side direction and closing the movement hole when the button part rotates to the other side direction. a container body storing powder; a button part rotatably disposed at an upper portion of the container body and descending according to the presence of a user's pressurizing, and ascending according to the absence of a user's pressurizing, further comprising a discharging hole , where powder is discharged, at one side thereof; a stem which is disposed at an inner side of the button part and moves along with the movement of the button part , comprising a movement hole at an upper portion thereof such that powder can move according to the manipulation of the button part and further comprising, at a side thereof, a connecting hole connected with the discharging hole such that the powder moving through the movement hole can be discharged through the discharging hole ; a content movement part which is disposed at an inner side of the stem , separately forming a powder moving passage where powder moves and an air moving passage where air moves; and wherein in the container for discharging powder an inner pressure of the container body changes according to pressurization of the button part , and powder and air move into the stem respectively through the powder moving passage and the air moving passage to the content movement part , thereby making powder discharged and sprayed through the discharging hole by air pressure; wherein the container for discharging powder is characterized by an opening/closing member , which is inserted into an upper portion of the stem , ascending and opening the movement hole when the button part rotates to one side direction and closing the movement hole when the button part rotates to the other side direction. <EOS>