3M Abrasives Scotch-Brite™ Roloc™ Bristle Disc RD-ZB

3M Abrasives Scotch-Brite™ Roloc™ Bristle Disc RD-ZB                        

Scotch-Brite™ Roloc™ Bristle Disc, using proprietary ceramic abrasive grain blended with aluminium oxide and moulded, flexible bristles, provide more surface contact than wire brushes and retain abrasive properties throughout the life of the disc.

Use Scotch-Brite™ Roloc™ Bristle Disc to efficiently clean, deburr, blend, finish and polish. Our bristle discs are a safe alternative to wire brushes, chemicals and pastes. They’re fast running with a good cutting action and cover a wider surface area than wire brushes. The brushes remain in place during light pressure to remove rust and coatings, without damaging the base material. They come with the Roloc quick change attachment system, for greater efficiency. Our Bristle discs work well on steel, aluminium and a variety of other metals, in general maintenance, as well as automotive and engine rebuilding applications. For increased performance, we’ve blended aluminium oxide with Ceramic Abrasive Grain, resulting in one of the hardest, longest-lasting minerals available. Our discs are ideal for moderate to heavy stock removal as ceramic abrasives are engineered to cut fast and handle intense heat and stress applications. Scotch-Brite Bristle products are unique surface conditioning products designed to deliver quality, consistent results for the life of the product. Choose from a range of sizes and grits to suit your unique project requirements.

Features

• Moulded, abrasive filled bristles strip, deburr, blend, finish, polish, clean, and remove coatings more effectively than wire brushes
• Proprietary 3M™ Ceramic Abrasive Grain blend provides high degree of finish quality throughout the life of the disc
• Bristle spacing is ideal for coating removal and other high-loading substances
• Flexible bristles conform to contours to produce consistent finishes, even on complex parts
• Convenient 3M™ Roloc™ attachment system offers quick and easy disc changes for multi-step finishing processes