3M™ 17" Stripping Pad, Black, 5 Per Case

Global Industrial™ 22" Black Stripping Pad Pad is made using 100% recycled polyester fiber with 80% post consumer waste. Utilizes water-based latex resins in binding process to eliminate hazardous resins. Black stripping pad is for use with machines up to 350 RPM. Ideal for heavy duty wet stripping. Aggressively removes wax, dirt and finish. Sold 5 per case.

Extra Heavy Duty Stripping Pads are used with floor machines up to 350 RPM. Extra aggressive stripping pad for the heaviest duty stripping jobs. Open weave construction. 100% polyester fiber comes from post consumer and industrial recycled waste. Utilizes water-based latex resins in binding process to eliminate hazardous resins. Made in the USA.

3M™ Roloc™ Disc Pad optimizes the performance of our Roloc™ discs and bristle discs by providing the right backup system and a secure attachment for grinding applications. Plus it saves time by eliminating the need to align edges of the disc with the disc pad-the screw aligns the disc, making disc changes quick and easy. The level of hardness needed is dependent on the task choose a higher density for more aggressive applications and a lower, more flexible density for less aggressive applications and is also dependent on the users work style. We designed these disc pads ...

17" Black Stripping pad is made using 100% recycled polyester fiber with 80% post consumer waste. Utilizes water-based latex resins in binding process to eliminate hazardous resins. Black stripping pad is for use with machines up to 350 RPM. Ideal for heavy duty wet stripping. Aggressively removes wax, dirt and finish. Sold 5 per case.

3M™ Roloc™ Disc Pad optimizes the performance of our Roloc™ discs and bristle discs by providing the right backup system and a secure attachment for grinding applications. Plus it saves time by eliminating the need to align edges of the disc with the disc pad-the screw aligns the disc, making disc changes quick and easy. The level of hardness needed is dependent on the taskchoose a higher density for more aggressive applications and a lower, more flexible density for less aggressive applicationsand is also dependent on the users work style. We designed these disc pads to ...