With over 100,000 orders
With over 100,000 orders
At a Glance
Why Choose This Product
Designed to reduce grouting time and cleanup effort
Raised grate allows removed grout material to settle below
Three grated rollers remove excess water from the sponge
Integrated bucket system keeps grout cleanup contained and organized
Includes dedicated sponges for different tiled surfaces
Replacement parts are available for continued system use
Product Information
The BARWALT® Ultra Grouting System is a complete grout cleanup system designed to reduce grouting time and minimize mess during tile installations. The bucket, raised grate, rollers, and specialized sponges work together to clean grout residue efficiently while controlling the amount of water retained in the sponge.
The proprietary raised grate and slotted sponge design allow grout material removed during cleanup to settle toward the bottom of the bucket, leaving cleaner water above for continued rinsing. This separation reduces the amount of grout residue picked back up by the sponge during repeated cleaning.
Three grated rollers remove excess water from the sponge before it returns to the tile surface, providing better control during grout cleanup. The system includes dedicated wall and floor sponges along with wall scrub pads for cleaning different tiled surfaces, and replacement components are available when individual parts wear out.
Common Questions
The system includes a large bucket with three grated rollers, a wall sponge, a floor sponge, and wall scrub pads.
The raised grate and slotted sponge design allow grout material removed during cleanup to settle toward the bottom of the bucket, leaving cleaner water above for continued sponge rinsing.
The rollers remove excess water from the sponge after rinsing, providing better moisture control before the sponge returns to the tile surface.
The wall sponge measures 5-1/2" x 11" x 1" (140 x 279 x 25 mm).
The floor sponge measures 4-3/4" x 13" x 1" (121 x 330 x 25 mm).
Yes. Replacement parts are available for the system when individual components need to be replaced.