Abrasive disc for stainless steel, titanium
3M Manufacturing And Industry Abrasives
Discs - Regular
These discs are made of a non-woven, three-dimensional, open web that provides a uniform, consistent finish without undercutting or gouging the work piece. A wide variety of sizes and grades cover all cleaning, deburring and finishing needs.
High Strength
High strength discs are designed to do light deburring, oxide and light coating removal, stainless steel finishing and satin finishing of aluminum extrusions. This is a highly conformable, long-lasting disc.
Metal Blending
Specially designed for blending and finishing stainless steel. Mineral coarseness blends surface scratches on many metals, wood and synthetic surfaces. Highly flexible and may be ganged on a shaft to use as a conformable wheel.
Production Clean and Finish
This Scotch-Brite disc delivers higher cut, longer life and a better finish. Used on aluminum, stainless steel, plastics, wood and fiberglass for finishing, paint preparation, surface blending and scuffing. Can be used singly or ganged on a shaft.
These discs are made of a non-woven, three-dimensional, open web that provides a uniform, consistent finish without undercutting or gouging the work piece. A wide variety of sizes and grades cover all cleaning, deburring and finishing needs.
High Strength
High strength discs are designed to do light deburring, oxide and light coating removal, stainless steel finishing and satin finishing of aluminum extrusions. This is a highly conformable, long-lasting disc.
Metal Blending
Specially designed for blending and finishing stainless steel. Mineral coarseness blends surface scratches on many metals, wood and synthetic surfaces. Highly flexible and may be ganged on a shaft to use as a conformable wheel.
Production Clean and Finish
This Scotch-Brite disc delivers higher cut, longer life and a better finish. Used on aluminum, stainless steel, plastics, wood and fiberglass for finishing, paint preparation, surface blending and scuffing. Can be used singly or ganged on a shaft.
