Abstract: Disclosed is a dripless paint can and paint can lid. The device includes a cylindrical paint can having an inner rim disposed along the top end thereof. The inner rim includes a plurality of apertures separated at regular intervals. The apertures are adapted to drain excess paint that sits on the inner rim into the interior of the paint can. The paint can may further include a pivotally attached handle thereon to facilitate the transportation of paint. The present invention further includes a paint can lid having a plurality of protruding members thereon. The protruding members are also separated at regular intervals and can be directly aligned to the apertures on the inner rim of the paint can so that each of the protruding members can be inserted into an aperture. The protruding members lock within the apertures, thereby improving the seal between the paint can and paint can lid.

Abstract: Disclosed is a dripless paint can and paint can lid. The device includes a cylindrical paint can having an inner rim disposed along the top end thereof. The inner rim includes a plurality of apertures separated at regular intervals. The apertures are adapted to drain excess paint that sits on the inner rim into the interior of the paint can. The paint can may further include a pivotally attached handle thereon to facilitate the transportation of paint. The present invention further includes a paint can lid having a plurality of protruding members thereon. The protruding members are also separated at regular intervals and can be directly aligned to the apertures on the inner rim of the paint can so that each of the protruding members can be inserted into an aperture. The protruding members lock within the apertures, thereby improving the seal between the paint can and paint can lid.