5″ Hook & Loop Disc
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Controlled cut rate and surface finishing range on harder metals. Balanced density of grains and resin reduce heat generation, loading and smearing on both hard or soft materials.
Hook & loop fastening system makes disc changeover fast and easy without any adhesives. General purpose grains on a C-weight paper backing, ideal for prep and sanding between coatings to ensure adhesion of smooth layers.
Consistent surface refinement and finishing on harder metals. Durable edge retention for heavy, inside diameter deburring or weld removal.
Hook & loop fastening system makes disc changeover fast and easy without any adhesives. General purpose grains on a C-weight paper backing, ideal for prep and sanding between coatings to ensure adhesion of smooth layers.
For aggressive, larger scale applications requiring fast material removal, or lasting performance on harder metals. Best for smoothing or shaping harsh angles or surface imperfections.
For aggressive, larger scale applications requiring fast material removal, or lasting performance on harder metals. Best for smoothing or shaping harsh angles or surface imperfections.