12" x 1" x 3" 3SGR-46-H-VP2 WHEEL
NORT66253220885
MFG #: 66253220885
$270.93
/ EA
- Abrasive Material: Ceramic Alumina
- Bond Type: Vitrified
- Maximum Speed: 2710 rpm
- Type: Straight
- Wheel Hardness: H
- Wheel Type Number: Type 1
- Series: 3SGR
- Wheel Diameter: 12 in
- Wheel Thickness: 1 in
- Center Hole Size: 3 in
- Grade: Medium
- Grit: 46
- Wheel Color: Ruby
Pair the SG 3SGR CA >4 Type 01 toolroom wheel with your grinder or CNC machine to work titanium, super alloys, irons and 400 Series stainless, tool and soft and hard carbon steels. Crafted with a super high performance, self-sharpening blend of ceramic alumina and friable aluminum oxide abrasives, this wheel cuts, grinds and sharpens tools, dies and other surfaces at up to three to five times the rate and with double the life of aluminum oxide wheels, with minimal burn and dressing. A controlled porosity bond allows increased chip clearance, reduced loading and maximum coolant flow for super cool wet or dry cutting.
- Application
- Item Features
Stock Removal, Surface Grinding, Tool and Cutter Grinding, Tool Sharpening, Truing and Dressing
- Exceptionally high performance ceramic alumina and friable aluminum oxide abrasive blend for fast stock removal, cool, superior cutting 3 to 5 times more life than aluminum oxide wheels double rough stock removal rate vs conventional abrasives
- Controlled porosity bond for increased chip clearance and maximum coolant flow, reduced loading and extremely cool cutting wet or dry in heat sensitive applications
- Self-sharpening abrasive minimizes burn and dressing, to maximize sharp edge on tools and dies for longer life in production
- Exceptional choice for high productivity, low total per part grinding cost on CNC cutting tool machines and cylindrical and surface grinders
- 5SG durable Norton® SG and aluminum oxide blend blue for high stock removal rates, excellent productivity, long wheel life, low overall grinding cost
- NORPOR 3SGR purple Norton® SG and 48A abrasive blend with VP2 porous bond for maximum productivity in heat sensitive, heavy stock removal operations