The present invention relates to a single-use compact container for sprout vegetable cultivation using the buoyancy and capillary phenomena used in the cultivation of sprout vegetable at home. More specifically, it is easy to distribute, package, store, and is very light in size. Sprout vegetables with seeds using buoyancy and capillary phenomena to grow sprout vegetables at a reasonable price at home at low prices by cultivating sprout vegetables with proper capacity using small disposable sprout containers. It relates to a disposable compact container for cultivation. The present invention is made of a compact disposable container for easy distribution, purchase and storage to reduce the manufacturing cost and volume of the container so that the price is only several hundred won. The body of such a container is usually a thin plastic material used in disposable containers, a black material to block light. It is a cylindrical shape with several holes (absorbing holes) at the bottom so that pads made of water absorbing material such as cotton or non-woven fabric can be absorbed in the body. Inserting a circular ring shaped styrofoam into the body allows the body to float in water. In this body, pads made of cotton or non-woven material, which absorb water well, are placed on top of them. In this way, when the main body is floated on the water using the buoyancy of styrofoam, pads made of cotton or nonwoven fabric inside the main body absorb water due to capillary action through the absorption hole at the bottom of the main body to supply water to the seeds contained therein. In addition, the cotton or non-woven fabric containing the seed is covered with a very thin vinyl chloride having a sufficient length of black to serve to block the light when it is necessary to block the light, such as bean sprouts, the thin vinyl chloride by the power of the seed growth Push and grow up. This vinyl chloride perforates the air holes, allowing the air to work efficiently as the
