Norton® 61463650417 5SG Type 31 Surface Grinding Segment, 6 in H x 11-1/4 in W x 2-1/4 in THK, 30 Grit, Ceramic Alumina Abrasive

15550417 MFG #: 61463650417
$0.00 / Each
Item currently not in stock. Lead time based upon availability from the manufacturer.
  • Type: Type 31
  • Series: 5SG
  • Width: 11-1/4
  • Height: 6
  • Thickness: 2-1/4
  • Grit: 30
  • Abrasive Material: Ceramic Alumina
  • Hardness Grade: F
  • Bond Type: Vitrified
  • Blueprint Number: ME30777
  • Applicable Materials: 300 Series Stainless, 400 Series Stainless, Cast Iron, Ductile Iron, Gray Iron, Hard Carbon Steels, Super Alloys, Tile, Titanium and Tool Steels, 300/400 Series Stainless, Cast Iron, Ductile Iron, Gray Iron, Hard Carbon Steel, Super Alloys, Tile, Titanium and Tool Steel
  • For Chuck Type: Cortland
  • Porosity: Porous
  • Bond Hardness: F
  • Grit/Grade: 30/Extra Coarse
Norton® Surface Grinding Segment, Type 31, Series: 5SG, 11-1/4 in Width, 6 in Height, 2-1/4 in Thickness, 30 Grit, Ceramic Alumina Abrasive, F Hardness Grade, Vitrified Bond, ME30777 Blueprint Number, Applicable Materials: 300/400 Series Stainless, Cast Iron, Ductile Iron, Gray Iron, Hard Carbon Steel, Super Alloys, Tile, Titanium and Tool Steel, For Chuck Type: Cortland, Porous Porosity
QTY
  • Very durable and sha
  • Very durable and sharp ceramic abrasive blend for fast stock removal
  • For use in Cortland
  • For use in Cortland chucks on surface grinding machines
  • The porous VSP vitri
  • The porous VSP vitrified bond increases chip clearance and maximizes coolant flow, reduces
Very durable and sharp ceramic abrasive blend for fast stock removal
Very durable and sharp ceramic abrasive blend for fast stock removal
For use in Cortland chucks on surface grinding machines
For use in Cortland chucks on surface grinding machines
The porous VSP vitrified bond increases chip clearance and maximizes coolant flow, reduces loading and is cool cutting in heat sensitive applications
The porous VSP vitrified bond increases chip clearance and maximizes coolant flow, reduces loading and is cool cutting in heat sensitive applications