

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The 3M 7010365095 is a Scotch-Brite High Strength HS-DC non-woven abrasive disc designed for general-purpose surface finishing on metal. Built on a durable open-web construction, this 12-inch disc uses aluminum oxide abrasive to clean, deburr, denib, defuzz, and produce satin finishes on a wide range of metal substrates. The open-web structure resists loading and runs cooler than traditional abrasive discs, maintaining a consistent cut rate from first use through the end of disc life. It is used by metal fabricators, industrial maintenance techs, and finishing professionals working in production or job-shop environments.
This disc is suited for surface preparation and finishing operations on ferrous and non-ferrous metals in both light industrial and heavy-duty applications. The conformable disc body follows workpiece contours, and the wear-resistant edge supports consistent finish results across the full diameter. Multiple discs can be stacked to cover larger surface areas or to increase aggressiveness without changing equipment setup. The 7/8-inch arbor hole is compatible with standard disc grinders and finishing machines commonly used in fabrication and maintenance settings.
Designed for use on standard disc grinders and finishing machines with a 7/8-inch arbor. Suitable for cleaning, deburring, and finishing operations on a wide variety of ferrous and non-ferrous metal surfaces.
Installation and disc changes should be performed by qualified personnel with the machine powered off and fully stopped. Verify that the machine spindle speed does not exceed the maximum rated RPM marked on the disc before mounting. Inspect the disc for damage before each use and discard any disc showing tears, delamination, or uneven wear. Follow applicable ANSI B7 safety standards and wear appropriate PPE including eye and face protection during operation.
Thanks for subscribing!
This email has been registered!