05706 3M Buffing Pad

The 3Mâ„¢ Perfect-Itâ„¢ Foam Compounding Pads are 3M's highest-performing foam compounding pads for refining sand scratches, slow-speed polishing, denibbing and more.
Foam face pattern provides more surface contact, holds compound better and reduces slinging.
Doubled-sided pads work with 3Mâ„¢ Quick Connect Adaptors on rotary polishers; double-side pads work with the Hookitâ„¢ system for easy change-outs.
3M™ Perfect-It™ Foam Compounding Pad For the highest performance at every step during auto body compounding, our 3M™ Perfect-It™ Foam Compounding Pads combine features that save time and improve results — for each job, and in your auto body operation.
Pad face patterns are designed into the foam to hold more compound and limit slinging, as well as provide more contact with the surface for maximum efficiency.
Double- and single-sided constructions work with our Quick Connect and Hookitâ„¢ attachment systems to save time and preserve pad life.
Choose a 3-, 6- or 8-Inch diameter pad for a variety of specific applications including working with cured, hard or medium finish paint, denibbing, scratch removal and refining P1200 or finer sand scratches even in confined spaces.
We developed these foam pads as part of our 3Mâ„¢ Perfect-Itâ„¢ Paint Finishing System (PDF, 303 KiloByte) to keep pace with evolving paint and clear coat technologies.
Foam pads are generally less aggressive and produce a finer finish than wool pads, ideal for the critical compounding stages of paint refinishing.
They can normally operate at higher RPMs, relying on a combination of cutting and heat buildup to slightly melt the surface coating and remove fine scratches and swirl marks.

• Used For Cured Paint/ Glaze/ Wax Applicator/ Swirl Mark Removal
• Foam
• Least Aggressive
• 8 Inch Diameter
• White
• Hook And Loop Type Attachment
• Single

• The 3Mâ„¢ Perfect-Itâ„¢ Foam Compounding Pads are 3M's highest-performing foam compounding pads for refining sand scratches, slow-speed polishing, denibbing and more.
  Foam face pattern provides more surface contact, holds compound better and reduces sl