Cutting & Abrasives 3M Scouring Pads | 3M Scotch-Brite™ Durable Flex Hand Pad Grey Scuff Pad Ultra Fine 64660 X 25 Pack

• Superior Alternative To Steel Wool, Wire Brushes, Sandpaper, And Other Nonwoven Products For Cleaning Or Finishing Tasks
• Very Fine Grade Aluminum Oxide Abrasive Cleans, Finishes, Grains, Denibs, And Defuzzes
• Suitable For Use On Wood, Metal, Plastics, Ceramics, Porcelain, Glass, Rubber, Or Composites
• Reusable Pad Resists Tearing, Splintering, Shredding, Loading And Will Never Rust, Providing A Long, Useful Life
• Can Be Folded, Stacked, Or Rolled For Effective Cleaning Or Conditioning On Flat, Irregular, Or Contoured Surfaces

Scotch-Brite™ General Purpose Hand Pad 7447 Combines Flexibility With Effective Cutting Action And Precise Hand Control To Accomplish Tough Cleaning Jobs Or Produce Fine Finishing Results, Use After Use. Very Fine Grade Aluminum Oxide Abrasives Cut Fast And Fine, Leaving A Smooth, Finished Surface. Suitable For Use On A Wide Variety Of Materials And For Many Different Tasks.

Our Scotch-Brite™ Durable Flex Hand Pad Combines Ultra Flexibility With Effective Cutting Action And Precise Hand Control To Accomplish Tough Cleaning Jobs Or Produce Fine Finishing Results.

The Performance Of Scotch-Brite™ Durable Flex Hand Pad Is Comparable To Steel Wool, But Our Scotch-Brite™ Pads Won’T Shred During Use, Rust After Use, Or Create Fine Metal Splinters. The Non-Woven, Open-Web Material Resists Loading And Can Be Used Dry, With Water Or Some Solvents, And Rinsed Clean For Reuse. This Multipurpose Pad Can Be Used By Hand For Precise Control. Breakthrough Fibre Coating Technology Allows Scotch-Brite™ Abrasive Products To Cut Faster And Produce A More Consistent Scratch Than Competitive Non-Woven Abrasive Products, Reducing The Time And Effort It Takes To Finish Parts. Combining Abrasives With The Fibres Creates An Abrasive System That Delivers Consistent Results For The Life Of The Product. Our Scotch-Brite™ Industrial Abrasive Products’ Non-Woven Web Keeps The Abrasive Minerals Cutting At High Performance By Limiting Clogging Of The Fibres.