Deburring wheels for carbon steel and soft metals have an aluminum oxide abrasive embedded on a hard-density wheel that deburrs, blends, and cleans surfaces to prepare them for finishing. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands heat and high speeds. Other workpiece material examples include structural steel, cast iron, and heat-sensitive alloys.

Light deburring and finishing wheels for carbon steel and soft metals have an aluminum oxide abrasive embedded on a medium-density wheel that conforms to surfaces, contours, and edges to limit stock removal and provide a uniform finish. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands heat and high speeds. Other workpiece material examples include structural steel, cast iron, and heat-sensitive alloys.

Final finishing wheels for carbon steel and soft metals have an aluminum oxide abrasive embedded on a medium-density wheel that conforms to contoured and decorative shapes without altering surface shape for a uniform finish. Aluminum oxide is a strong, sharp, and durable abrasive that penetrates the work surface and withstands heat and high speeds. Other workpiece material examples include structural steel, cast iron, and heat-sensitive alloys.

Coating-removal unitized wheels optimized for use on all metals have an extra-coarse silicon carbide abrasive embedded on a hard wheel that deburrs, blends, and cleans surfaces to prepare them for finishing. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide.

Deburring wheels for stainless steel and nickel alloys have a silicon carbide abrasive embedded on a hard wheel that deburrs, blends, and cleans surfaces to prepare them for finishing. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide. Other workpiece materials include cobalt, Inconel, titanium, and chrome.

Light deburring and finishing wheels for stainless steel and nickel alloys have a silicon carbide abrasive on a medium-density wheel that conforms to surfaces, contours, and edges to limit stock removal and provide a uniform finish. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide. Other workpiece materials include cobalt, Inconel, titanium, and chrome.

Final finishing wheels optimized for use on stainless steel and nickel alloys have a silicon carbide abrasive embedded on a soft-density wheel that conforms to contoured and decorative shapes without altering surface shape for a uniform finish. Silicon carbide is a sharp synthetic abrasive that provides a fine finish in low-pressure applications such as finishing and painting preparation. It breaks down faster than aluminum oxide. Other workpiece materials include cobalt, Inconel, titanium, and chrome.

Cool-cutting light deburring and finishing wheels for all materials have a ceramic grain embedded on a medium-density wheel that conforms to surfaces, contours, and edges to limit stock removal and provide a uniform finish. Ceramic self-sharpens faster than other abrasives to remove material quicker. Quicker material removal speeds up the work and keeps the surface cooler, making ceramic a good choice for heat-sensitive metals. Example materials include metal, composites, wood, ceramic, plastic, and porcelain.

Cool-cutting final finishing wheels for all materials have a ceramic abrasive embedded on a medium-density wheel that conforms to contoured and decorative shapes without altering surface shape for a uniform finish. Ceramic self-sharpens faster than other abrasives to remove material quicker. Quicker material removal speeds up the work and keeps the surface cooler, making ceramic a good choice for heat-sensitive metals. Example materials include metal, composites, wood, ceramic, plastic, and porcelain.