3M 7100044153 Hook Loop Disc 80 Grit 6 in Ceramic

Product Description

The 3M 7100044153 is a 6-inch hook and loop abrasive disc designed for material removal and surface preparation on a wide range of substrates. Built with a ceramic abrasive coating, this disc delivers consistent cut and durability across demanding grinding and finishing applications. At 80 grit, it falls in the medium grade range, making it well suited for aggressive stock removal while still leaving a workable surface finish. The hook and loop backing allows for fast disc changes on compatible random orbital and disc sanders, reducing downtime on the job. This disc is part of the 3M 732U series.

This disc is used in metalworking, fabrication, and general surface preparation tasks. It is a common choice for HVAC sheet metal work, plumbing rough-in prep, and general trade fabrication where consistent abrasive performance and quick pad changes are required. The ceramic abrasive material maintains cutting efficiency longer than aluminum oxide alternatives, making it practical for production or repetitive work where disc life matters.

Key Features

• 6-inch diameter fits standard hook and loop random orbital and disc sander pads
• 80 grit medium grade for aggressive stock removal with a usable finish
• Ceramic abrasive material for extended disc life and consistent cut rate
• Coated abrasive construction for uniform grain distribution across the disc face
• Hook and loop backing enables tool-free disc changes in the field
• Part of the 3M 732U series

Compatibility

Designed for use with hook and loop random orbital sanders and disc sanders accepting 6-inch abrasive discs.

Installation Notes

This disc is installed by pressing the hook and loop backing firmly onto a compatible sander pad. Ensure the sander is powered off and unplugged before changing discs. Inspect the pad surface for worn or contaminated hook material that could reduce disc retention during use. Operate within the speed rating of the sander and disc to avoid disc separation or uneven wear.