3M Aluminium Oxide Grinding Disc, 115mm, Medium Grade, P40 Grit, 10 in pack

A range of 115 and 127 mm diameter discs for use on Ø 22 mm bore machines.
Scotch-Brite discs strip, clean, smooth and finish all metal surfaces - grade 3M SCD/B-SE.
Backing pads for fitting to grinders and Scotch-Brite discs are available separately.
Grade 3M 501 available in packs of 10 or 25 discs.

The Scotch-Brite™ disc is a surface conditioning disc that combines an aggressive abrasive and a self-gripping fastening system. The disc is constructed of an aluminium oxide offering a continuous fast cutting action and consistency. Suitable for a variety of general purpose metalworking applications from deburring and finishing.

The Scotch-Brite™ disc contains an impressive aluminium oxide abrasive blend within a non-woven disc giving a great performance on mild and stainless steels. The blend breaks down to produce a consistently sharp edge that cuts faster than conventional abrasives. The disc is suitable for a range of substrates, for both wood and metal. Incorporating an abrasive into non-woven nylon fibres makes this material resistant to overheating and clogging and guarantees a high cutting performance.

For faster cutting and longer life than SC Surface Conditioning discs in heavy duty deburring and finishing

A fast cutting disc that conforms well to help preserve edges

Secure hook and loop attachment and conformability offers aggressive cutting without damaging base material

Open web design resists loading and runs cool for consistent finishes

3M™ Hookit™ attachment system offers quick and easy disc change in multi-step finishing processes

These fibre discs are great for working on wood and metals. Preparing the surface, grinding and deburring large and small metal areas. This could occur in industries such as farm and construction, automotive, ship and boat building, metal fabrication.

Non-woven discs produce a consistent, uniformed performance throughout its functional life. These discs offer flexibility allowing the material to adapt to the contours and irregularities of the surface.