Achieve the best possible finish on a variety of paints and clear coats with the 3M™ Perfect-It™ Random Orbital Finishing Foam Polishing Pad, part of the 3M™ Perfect-It™ Random Orbital Finishing System. It’s engineered to be used by paint finishing and detailing professionals of all skill levels who want a high-quality finish without haze and swirl.
Stop fighting swirls and haze - spend your polishing time perfecting the shine with the help of the 3M™ Perfect-It™ Random Orbital Foam Polishing Pad. When used as part of the 3M™ Perfect-It™ Random Orbital Paint Finishing System, it delivers high-gloss, haze-free and swirl-free finish with less sling than a rotary tool for easy clean up. This firm foam pad is built to withstand the circular and oscillating motion of the 3M™ Perfect-It™ Random Orbital Polisher while still being flexible enough to follow a vehicle's contours. It is part of the easy-to-use 3M™ Perfect-It™ Random Orbital Paint Finishing System, which includes pads, liquids, and tools engineered to deliver high-quality finishes for technicians of all skill levels. Available SOP (Standard Operating Procedure) process guides deliver step-by-step instruction for common collision-repair paint finishing jobs.
Experience a virtually defect-free paint finish with no fear of burn through with the 3M™ Perfect-It™ Random Orbital Polishing Pad and 3M™ Perfect-It™ Random Orbital Polish
It delivers a high-gloss finish for technicians of all skill levels in collision and professional detailing shops
3M™ Perfect-It™ Random Orbital Polishing Pad delivers high-gloss, haze, and swirl-free finish with less sling than a rotary tool for easy clean up
This single-sided pad features 3M™ Hookit™ attachment for easy change-outs
Part of the easy-to-use 3M™ Perfect-It™ Random Orbital Paint Finishing System, which includes pads, liquids, and tools engineered to deliver high quality finishes
This firm foam pad is built to withstand the circular and oscillating motion of the 3M™ Perfect-It™ Random Orbital Polisher while still being flexible enough to follow a vehicle’s contours |
