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Made of aluminum oxide, these bits are well suited for use on most metals and materials that are not heat sensitive.
The abrasive grains in these bits are blended with rubber, which cushions during grinding to produce a smoother surface texture than other bits with similar grits.
Bits thread onto mounted shanks so you can quickly switch head shapes without removing the shank. The abrasive grains are blended with rubber, which cushions during grinding to produce a smoother surface texture than other bits with similar grits.
The abrasive grains in these discs are blended with rubber, which cushions during grinding to produce a smoother surface texture than other discs with similar grits. Discs attach to your grinder with a shank.
Produce a smooth surface on precise, intricate grinding jobs.
Bits are specially formulated to stay cool during grinding, so they won’t mar or discolor stainless steel.
Each set contains a selection of our most popular grinding bits.
Similar to diamond, boron nitride is harder than aluminum oxide and lasts longer. Bits are also known as jig grinding pins and mandrels.
Made of cotton fiber layers embedded with aluminum-oxide grains, these bits grind and finish in one step.
The small 3/32" diameter shank and small head makes these bits good for precise and intricate jobs.
The diamond abrasive in these bits is extremely hard and lasts longer than tungsten carbide. For longer tool life and improved finish, use a water- or oil-soluble mist or coolant.
Almost as hard as diamond, these tungsten carbide bits cut through nonmetals without generating heat.
Made with diamond abrasive, these bits are extremely hard and last longer than tungsten carbide. They have a small shank and head for precise and intricate jobs.
Grind a variety of materials, from metal to ceramic and plastic, in precise, detailed jobs.
Best for intricate, precise grinding jobs on metal, ceramic, and plastic, these sets include diamond abrasive bits with different head shapes.
Choose a bit with the same angle as your countersink to debur the inside of the hole.
As the outer layer wears away, new abrasive is exposed.