Norton 66261136208 Aluminum Oxide Shop Roll 180 Grit

Product Description

The NORTON 66261136208 is a J-weight aluminum oxide shop roll designed for hand sanding, deburring, and finishing operations across metal, wood, and composite surfaces. The roll measures 2 inches wide by 50 yards long, giving technicians and tradespeople a continuous length of abrasive that can be torn to any working size. The 180-grit rating places this roll in the fine finishing range, suited for smoothing surfaces between coats, light stock removal, and final prep before painting or coating. The J-weight cloth backing provides flexibility for contour work while still holding the abrasive grain firmly under moderate pressure.

This shop roll is a general-purpose abrasive consumable used in fabrication shops, HVAC duct finishing, plumbing rough-in cleanup, and light metalwork. It performs well on drill press wraps, lathe operations, and hand-finishing applications where a consistent fine-grit surface is required. The 50-yard length makes it practical for high-volume bench use or tool room stocking.

Key Features

• 180-grit aluminum oxide abrasive for fine finishing and surface prep
• J-weight cloth backing provides flexibility for contoured and irregular surfaces
• 2-inch width tears cleanly for custom strip lengths
• 50-yard roll length reduces changeover frequency in production or shop environments
• Compatible with dry hand sanding, lathe wrapping, and drill press sanding applications

Compatibility

Designed as a general-purpose shop roll for hand sanding and machine-assisted finishing applications across metal, wood, and composite materials in trade and fabrication environments.

Installation Notes

This abrasive roll is a consumable product and does not require installation tools or code compliance. Tear or cut strips to the required length before use. Wear appropriate eye protection and gloves when sanding metal surfaces. Inspect the roll for damage or contamination before each use and discard any section where the backing is torn or the abrasive layer has separated.