Abstract: A tool designed to efficiently apply sealant to tile grout—it is a plastic, round bottle (4), with ounce indicator lines marked on the exterior (8); and a plastic nozzle (10) that tightly screws onto the bottle, via embedded threads inside the top of the bottle (16) and inside the base of the nozzle (18). Cellulose sponge (6 and 12) is fitted tightly inside the bottle (4) is fitted tightly inside the bottle (4) and nozzle (10); which controls the amount of sealant flow so that there is minimal dripping or waste of sealant. The applicator holds approximately 5 to 6 ounces of liquid grout sealant. The tip of the nozzle is marked (14) and gradated (14) so it can be cut with a razor to match the flow of sealant to the width of the grout. The application of sealant is controlled by gently applying pressure to the flexible bottle (4) and moving the tip at a 45 degree angle along the line of grout to be sealed.

Abstract: A tool designed to efficiently apply sealant to tile grout can be described as a plastic, main bottle (4), round in design with ounce indicator lines marked on the exterior (8); and a plastic nozzle (10) that tightly screws onto the bottle, via embedded threads inside the top of the bottle (16) and inside the base of the nozzle (18). Main cellulose sponge material (6) is fitted tightly inside the bottle (4) and secondary sponge material (12) is fitted tightly inside the nozzle (10); which controls the amount of sealant flow so that there is minimal dripping or waste of sealant. The applicator holds approximately 6 ounces of liquid grout sealant. The tip of the nozzle is marked (14) so it can be cut with a razor to match the flow of sealant to the width of the grout. The application of sealant is accomplished by gently applying pressure to the flexible bottle (4) and moving the tip at a 45 degree angle along the line of grout to be sealed, releasing the sealant all along the way.