Norton® Gemini® 69936699706 53A Type 31 Surface Grinding Segment, 6 in H x 11-1/4 in W x 2-1/4 in THK, 30 Grit, Aluminum Oxide Abrasive
15599706
MFG #: 69936699706
$0.00
/ Each
Item currently not in stock. Lead time based upon availability from the manufacturer.
- Type: Type 31
- Series: 53A
- Width: 11-1/4
- Height: 6
- Thickness: 2-1/4
- Grit: 30
- Abrasive Material: Aluminum Oxide
- Hardness Grade: E
- Bond Type: Vitrified
- Blueprint Number: ME30777
- Applicable Materials: Brass, Bronze, Cast Iron, Ductile Iron, Gray Iron, Soft Carbon Steels and Tool Steel, Brass, Bronze, Cast Iron, Ductile Iron, Gray Iron, Soft Carbon Steels and Tool Steels
- For Chuck Type: Hanchett, Mattison, Norton®, Cortland and Cortland Bonus
- Porosity: Porous
- Bond Hardness: E
- Grit/Grade: 30/Extra Coarse
Norton® Gemini® Surface Grinding Segment, Type 31, Series: 53A, 11-1/4 in Width, 6 in Height, 2-1/4 in Thickness, 30 Grit, Aluminum Oxide Abrasive, E Hardness Grade, Vitrified Bond, ME30777 Blueprint Number, Applicable Materials: Brass, Bronze, Cast Iron, Ductile Iron, Gray Iron, Soft Carbon Steels and Tool Steel, For Chuck Type: Hanchett, Mattison, Norton®, Cortland and Cortland Bonus, Porous Porosity
- Specially blended al
- Specially blended aluminum oxide abrasive for many surface grinding applications
- For use in Hanchett, Mattison and Norton® and Cortland and Cortland bonus grind chucks on
- For use in Hanchett,
- The porous vitrified
- The porous vitrified bond increases chip clearance and maximizes coolant flow, reduces loa
- Good performance and
- Good performance and economical value when a broad variety of parts are ground on one mach
Specially blended aluminum oxide abrasive for many surface grinding applications
Specially blended aluminum oxide abrasive for many surface grinding applications
For use in Hanchett, Mattison and Norton® and Cortland and Cortland bonus grind chucks on surface grinding machines
For use in Hanchett, Mattison and Norton® and Cortland and Cortland bonus grind chucks on surface grinding machines
The porous vitrified bond increases chip clearance and maximizes coolant flow, reduces loading, and is cool cutting in heat sensitive applications
The porous vitrified bond increases chip clearance and maximizes coolant flow, reduces loading, and is cool cutting in heat sensitive applications
Good performance and economical value when a broad variety of parts are ground on one machine, particularly soft carbon steels and tool steels
Good performance and economical value when a broad variety of parts are ground on one machine, particularly soft carbon steels and tool steels