3M Maroon Nylon Pads are the industry standard for between-coat abrasion, screen & recoat prep, and light surface conditioning on hardwood floors. Made from high-quality non-woven nylon fibers embedded with premium abrasive grain, these pads provide a fine, consistent scratch pattern that enhances finish adhesion without damaging the floor surface.
Used alone or in combination with sanding screens or mesh abrasives, 3M Maroon Pads are an essential part of the professional flooring contractor’s tool kit—delivering swirl-free results and helping to achieve flawless finishes on residential, commercial, and athletic floors.
Non-Woven Nylon Construction
Flexible, conformable pad safely abrades the surface without cutting through finish or stain.
Consistent, Fine Scratch Pattern
Creates an ideal surface for bonding new coats of waterborne or oil-based finishes.
Compatible with Mesh & Screen Systems
Often used as a backing pad for mesh abrasives or screens to improve control and surface quality.
Low Loading & Cool Running
Open construction resists loading and reduces heat build-up—especially important when prepping delicate finishes.
Economical & Versatile
Long-lasting and reusable—provides excellent value for both maintenance and fine prep work.
Typical Grit Equivalent: ~220–320 (depending on brand variation)
Sizes: 16", 17", 20" pads—fits standard rotary buffers and multi-head sanding machines
Construction: Non-woven nylon fibers impregnated with abrasive grain
Use: Wet or dry, with or without vacuum-equipped machines
Between-coat abrasion on waterborne and oil-based finishes
Screen & recoat prep on gym floors, commercial, and residential hardwood floors
Fine finish prep before applying final topcoats
Blending edges and correcting minor surface imperfections
Maintenance sanding in sensitive environments
Use 3M Maroon Pads alone for light surface prep, or pair with Norton MeshPower, Bona Diamond, or 3M Screens for more aggressive abrasion—this combination ensures a perfectly clean, consistent scratch pattern and excellent finish bonding.