840388 Volvo Penta Governor

Standard Abrasives Quick Change TR Surface Conditioning GP Disc 840388, 2 in MED
Standard Abrasives Moderately aggressive material offers great versatility and may be used for a variety of moderate industrial applications, including cleaning and deburring || Multi-purpose abrasive works well on ferrous and non-ferrous metals and composites, particularly on flat surfaces || Tough Non-woven fibers provide a consistent high cut-rate and professional finish || Flexible, pliable open web removes burrs and surface contaminants without gouging the substrate || Easy fastening and swapping of quick change discs enhances tool efficiency and worker productivity

Standard Abrasives Quick Change TR Surface Conditioning GP Disc 840388 2" MED (Stock) 50 Piece/Package
2" MED TR

Standard Abrasives 840388, Quick-Change Surface Conditioning Disc Type GP, 2", TR, Medium, Aluminum Oxide 50 Units/Package (2 Packages)
High edge durability and flexibility || Designed for blending, coating removal, finishing, and light deburring || Aluminum Oxide on GP material provides high initial and extended cut rate || Best material when low contact pressure and load resisting are required

Standard Abrasives 840388, Quick-Change Surface Conditioning Disc Type GP, 2", TR, Medium, Aluminum Oxide 50 Units/Package (3 Packages)
High edge durability and flexibility || Designed for blending, coating removal, finishing, and light deburring || Aluminum Oxide on GP material provides high initial and extended cut rate || Best material when low contact pressure and load resisting are required

Standard Abrasives Quick Change Surface Conditioning GP Disc, 840388, Medium, TR, Maroon, 2 in 50 Each/Box (3 Boxes)
Abrasive Type » Disc || Trade Name » Standard Abrasives || Size Description » 2" || Moderately aggressive material offers great versatility and may be used for a variety of moderate industrial applications, including cleaning and deburring || Multi-purpose abrasive works well on ferrous and non-ferrous metals and composites, particularly on flat surfaces