BD-ZB BRISTLE DISC, GREEN BLADES

description

• 3M™ ceramic abrasive grain provides a blunt cut and consistent finish quality throughout the disc life.
• Flexible bristles require less pressure than wire brushes and conform to contours, even on complex workpieces.
• The spacing between bristles is ideal for removal of coatings and other substances that cause heavy clogging.
• Contains no wire filament for improved safety.
• Contains no wire filaments for improved safety.

The Scotch-Brite™ Bristle disc is composed of ceramic abrasive grain and molded, flexible bristles that provide greater surface contact than wire brushes and maintain their abrasive properties throughout the life of the disc. Our Bristle discs can remove paint, stains, adhesives, weld burns, corrosion, heavy oxides and surface contaminants from large areas.

The Scotch-Brite™ Bristle disc is designed to last longer than metal or other abrasive discs. Our Bristle discs work well on aluminum, brass, bronze, carbon steel, cast iron, stainless steel and other metals. With normal use, the flexible bristles stay firmly in position to achieve the desired finish with light pressure. These discs contain no wire filaments, which is a safety enhancement. These 3M™ discs include a blend of ceramic aluminum oxide, a mineral designed through a process to improve grit strength and hardness, so they offer superior performance. The ceramic aluminum oxide blend is designed to fracture frequently, so it outperforms aluminum oxide abrasives in both cutting power and durability. Ceramic abrasives are designed to cut fast and withstand applications with intense levels of heat and stress, making them perfect for moderate to intensive material removal tasks as well as finishing applications. Scotch-Brite abrasives are unique surface conditioning products that incorporate abrasives in a non-woven fiber matrix. The combination of abrasives and nonwoven material creates an abrasive system that delivers consistent results throughout the life of the product. The open mesh material generates less heat and is resistant to clogging, which preserves the high cutting performance of abrasive minerals by reducing fiber clogging.