A special fastener on the back of these discs allows you to easily swap one disc for another.

These discs have a harder abrasive than standard quick-change discs.

The outer 3/8" of these discs is extremely flexible to prevent marring or gouging your work when sanding a radius or contour.

Quickly remove large amounts of material—discs with precision-shaped ceramic alumina abrade hard metals like stainless steel faster than standard ceramic alumina discs because of their sharp, outwardly pointed grit.

The abrasive-embedded nylon mesh construction gives you more control over sanding pressure.

Thicker, more flexible, and less aggressive than standard nylon mesh discs, use these for sanding on curved or delicate surfaces.

Precision-shaped ceramic alumina discs abrade hard metals like stainless steel faster than standard ceramic alumina discs because of their sharp, outwardly pointed grit.

Press onto a compatible sanding tool or backup pad; peel off to remove.

A coating prevents dust and debris from building up on the abrasive surface.

The cushioned construction gives you more control over sanding pressure, creating finer and more consistent finishes.

The premium abrasive stays sharp longer.

The ceramic alumina abrasive on these discs is sharp and dense enough to shape hard metals such as stainless steel, nickel, and cast iron without dulling quickly.

Holes allow dust removal when used with a vacuum sander.

Precision-shaped ceramic alumina discs abrade hard metals like stainless steel faster than standard ceramic alumina discs because of their sharp, outwardly pointed grit.

Quickly sand while capturing up to 97% of the dust generated.

When you need to achieve a more consistent finish, choose nylon mesh sanding discs over paper- or cloth-backed discs.

The nylon mesh on these discs is embedded with precision-shaped ceramic alumina, which cuts through hard metals like stainless steel faster than other forms of ceramic alumina because of its sharp, outwardly pointed grit.

Mount the same disc to a variety of tools—use the hole to attach to an arbor or the hook and loop backing to attach to a backup pad.

Made of foam, these discs can conform to contoured shapes, corners, and sharp edges.

The premium abrasive lasts longer as well as cuts faster and produces a more consistent finish than standard hook and loop discs.

Fit these discs over your tool's arbor.

Precision-shaped ceramic alumina discs abrade hard metals like stainless steel faster than standard ceramic alumina discs because of their sharp, outwardly pointed grit.

Holes in the disc let you see the surface you’re sanding.

Holes in the disc let you see the surface you’re sanding.

Nylon mesh is embedded with precision-shaped ceramic alumina, which cuts through hard metals like stainless steel faster than other forms of ceramic alumina because of its sharp, outwardly pointed grit.

The ceramic alumina abrasive on these discs is sharp and dense enough to shape hard metals such as stainless steel, nickel, and cast iron without dulling quickly.

A coating prevents dust and debris from building up on the abrasive surface.

When you need to achieve a more consistent finish, choose nylon mesh sanding discs over paper- or cloth-backed discs.

With more flaps than standard discs, these last 30-40% longer.

With more flaps than standard discs, these last 30-40% longer.

When you need to achieve a more consistent finish, choose nylon mesh sanding discs over paper- or cloth-backed discs.

The flaps alternate between an abrasive to remove material and a lubricant that minimizes heat to reduce discoloration of the work surface.

These discs have 30% more flaps than standard flap sanding discs to last longer.

These discs have a harder abrasive than standard flap sanding discs for corners.

These discs have a harder abrasive than standard flap sanding discs.

Replace your sanding discs less often—the backing plate on these discs can be trimmed off as the abrasive flaps wear down, allowing you to use more of the disc.

The zirconia alumina grit on these discs continually fractures to produce new, sharp cutting edges that aggressively remove material from steel and wood.

The abrasive flaps wrap around the outer edge of these discs to reach in and sand welds at right angles (fillet welds).