3M Finesse-It 81471 Natural Buffing Pad, 5-1/4" Dia., Wool, Hook Loop, 5-Pack

3M Finesse-It 81471 Natural Buffing Pad, 5-1/4" Diameter, Wool, Hook & Loop, 5-Pack

• The 3M™ Finesse-It™ 81471 Natural Buffing Pad is designed for aggressive cutting and fast removal of sanding scratches, oxidation, and surface defects. Made from premium lamb’s wool, this pad delivers consistent performance and professional-quality finishing results.
• Features:
  • Provides aggressive cutting action for fast removal of sanding scratches
  • Constructed from select natural lamb’s wool for durability and performance
  • Trimmed 20 mm fiber length for improved cutting efficiency and reduced heat buildup
  • Dense wool pile holds polish evenly for consistent material distribution
  • Minimizes linting and splatter during operation
  • Conforms to surface contours for smooth, even finishing
  • Hook and loop (Hookit™) backing for quick and secure attachment
• Applications:
  • Removing sanding scratches prior to polishing
  • Oxidation and defect removal on painted surfaces
  • Automotive paint correction and refinishing
  • Use with 3M™ Finesse-It™ polishes for optimal results
• Specifications:
  • Manufacturer: 3M
  • Part Number: 81471
  • Product Line: Finesse-It™
  • Product Type: Buffing Pad
  • Pad Diameter: 5-1/4 Inch
  • Pad Material: Natural Wool
  • Attachment Type: Hook and Loop (Hookit™)
  • Color: White
  • Design: Single Sided
  • Pack Quantity: 5
  • UPC: 051144814718
• The buffing pad can also be referred to as wool polishing pad, cutting pad, lambswool buffing pad, paint correction pad, and finishing pad.

Q: What is this pad used for?
A: It is used for aggressive cutting to remove sanding scratches, oxidation, and surface defects before polishing.

Q: What tools can this be used with?
A: It can be used with buffers, random orbital sanders, and variable speed polishers.

Q: What makes this pad different from foam pads?
A: Wool pads provide a more aggressive cut and faster material removal, making them ideal for initial correction stages.