Norton 66261139384 500 Grit Aluminum Oxide Sanding Sheet

Product Description

The NORTON 66261139384 is a coated abrasive sanding sheet designed for super fine surface finishing work. Constructed with aluminum oxide abrasive grain on a B-weighted paper backing, this sheet delivers consistent cut and finish at 500 grit. The open coat density helps resist loading during use, and the wet or dry capability makes it adaptable to both dry sanding and water-lubricated finish work. Rated as Series T214, this sheet is suited for hand sanding applications where a refined, smooth surface profile is the goal. It is commonly used by finishing trades, painters, and woodworkers requiring a controlled, ultra-fine abrasive pass.

This sanding sheet is appropriate for final-stage surface preparation on wood, metal, primers, and painted surfaces in both residential and light commercial applications. Its 11.4 by 9 inch format fits standard hand sanding blocks and is compatible with wet or dry sanding techniques. Trades that prep surfaces before painting, lacquering, or coating will find this sheet suited to fine cut-back and denib work between finish coats.

Key Features

• 500 grit super fine aluminum oxide abrasive for ultra-smooth surface finishing
• Open coat construction reduces grain loading during extended use
• B-weighted paper backing provides flexibility for hand sanding contours
• Wet or dry rated for use with water-lubricated or dry sanding techniques
• Series T214 coated abrasive sheet format

Compatibility

Designed as a standard coated abrasive sanding sheet for hand sanding and block sanding applications requiring 500 grit super fine finishing on wood, metal, or coated surfaces.

Installation Notes

This abrasive sheet is used by finishing trades, painters, and surface preparation professionals. No power tools or special codes apply to hand sanding use. When sanding wet, ensure the work area and any adjacent surfaces are protected from moisture. Inspect the sheet for wear or loading before each use and replace when abrasive performance degrades.