Norton 66261131587 Hook Loop Disc 6 in 800 Grit Aluminum Oxide

Product Description

The NORTON 66261131587 is a 6-inch hook and loop abrasive disc designed for fine surface finishing and prep work on a wide range of substrates. Built around aluminum oxide abrasive in an 800-grit, super fine grade, this disc delivers consistent scratch patterns and controlled material removal at the finishing stage. The coated construction uses a B-weight paper backing that balances conformability and tear resistance, making it well suited to both flat and mildly contoured surfaces. Six vacuum holes are integrated into the disc face to support dust extraction and keep the work surface clear during operation.

This disc is appropriate for surface finishing applications in woodworking, automotive refinishing, metal prep, and general trades where a super fine grit is required before final coating or polishing. The hook and loop attachment system allows rapid disc changes without adhesive residue, supporting high-turnover production environments as well as field service work. The A275 series construction is suited for use on sanders with compatible 6-inch hook and loop backing pads. A minimum order quantity of 100 discs applies.

Key Features

• 800-grit super fine grade for controlled finishing and scratch refinement
• Aluminum oxide abrasive provides consistent cut and long service life on wood and metal
• B-weight paper backing offers flexibility for flat and lightly contoured surfaces
• Hook and loop attachment enables fast disc swaps without adhesive
• Six vacuum holes support dust collection and extend disc life by reducing loading
• A275 series coated construction for reliable performance in high-volume use

Compatibility

Designed for use with 6-inch hook and loop random orbital or disc sanders equipped with a compatible backing pad and dust extraction port pattern matching a 6-hole configuration.

Installation Notes

Align the disc vacuum holes with the sander backing pad holes before pressing the hook and loop surfaces together to ensure proper dust extraction. Inspect the backing pad surface before each disc change — a worn or contaminated pad reduces disc retention and can cause the disc to separate under load. Do not exceed the sander manufacturer's rated RPM for the disc diameter in use. Spent discs should be discarded when abrasive loading or glazing reduces cutting performance, as continued use increases heat buildup at the work surface.