3M Ultra High-Speed Floor Burnishing Pads 3400, 20″ Diameter, Tan, 5/Carton (MMM05606)

Description

Key Features

• Produces good gloss while removing scuffs and marks.
• High-quality synthetic fiber burnishing pad is effective on harder finishes and high traffic conditions.
• Open construction pad is washable and reusable for exceptional durability and pad life.
• Uniform fiber coating throughout the floor pad delivers high performance over the life of the pad.
• For use with electric, battery and propane floor machines running at ultra high speed (1500 rpm and above).
• Best mark removal for harder finishes or high-traffic areas; produces brilliant wet-look gloss. Designed to be washable and reusable, lasting up to 25 times longer than other floor pads. Removes black marks up to six times faster, saving energy and making burnishing equipment more efficient.
• 3Mâ„¢ Tan Burnish Pad 3400 produces a good gloss while removing black marks and scuffs, and is ideal for harder finishes. The pad is made of polyester fibers in an open-textured non-woven construction which resists loading and clogging. The washable, reusable pad is conformable, offering high pad-to-floor contact. Fine polishing particles are distributed throughout the pad to deliver high-quality performance over the life of the pad. For use with cord-electric, battery-electric, or propane-powered ultra-high speed floor machines operating at 1500 rpm or greater. The pad is reversible.
• 3Mâ„¢ Tan Burnish Pad 3400 produces a good gloss while removing black marks and scuffs, and is ideal for harder finishes. The pad is made of polyester fibers in an open-textured non-woven construction which resists loading and clogging. The washable, reusable pad is conformable, offering high pad-to-floor contact. Fine polishing particles are distributed throughout the pad to deliver high-quality performance over the life of the pad. For use with cord-electric, battery-electric, or propane-powered ultra-high speed floor machines operating at 1500 rpm or greater. The pad is reversible.