2″ Type R Quick Change Disc
Clusters of aluminum oxide grains wear away to reveal fresh grains to maintain cutting rate and consistency, substantially extending disc life. Ideal for consistent surface finishes and stock removal rates.
Clusters of aluminum oxide grains wear away to reveal fresh grains to maintain cutting rate and consistency, substantially extending disc life. Ideal for consistent surface finishes and stock removal rates.
A balanced density of grains and resin offer a controlled cut rate on harder metals and less loading on softer materials. Moderate cushion and flexibility reduces gouging or marring on all flat surfaces and contours.
Clusters of aluminum oxide grains wear away to reveal fresh grains to maintain cutting rate and consistency, substantially extending disc life. Ideal for consistent surface finishes and stock removal rates.
A balanced density of grains and resin offer a controlled cut rate on harder metals and less loading on softer materials. Moderate cushion and flexibility reduces gouging or marring on all flat surfaces and contours.
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Dense, blocky grain well suited for general purpose grinding and stock removal. Durable use on ferrous, non-ferrous, stainless steels, alloys and non-metallics.
Stiff backing keeps grains in place during aggressive, general purpose applications. High edge retention resists shredding during sharp deburring applications. Dense aluminum oxide grains suitable for most metals and general applications.
Stiff backing keeps grains in place during aggressive, general purpose applications. High edge retention resists shredding during sharp deburring applications. Dense aluminum oxide grains suitable for most metals and general applications.