
Tiger 58069 High Performance Grinding Wheel, 4 in Dia x 1/4 in THK, 5/8-11 UNC Center Hole, 24 Grit, Aluminum Oxide Abrasive
- Abrasive Material: Aluminum Oxide
- Grit: 24
- Maximum Speed: 15300 rpm
- Applicable Material: Iron, Stainless Steel, Steel and Structural Steel
- Bond Type: Resin
- Center Hole Size: 5/8-11 UNC
- Reinforced: Yes
- Specifications Met: ANSI B7.1
- Wheel Diameter: 4 in
- Wheel Hardness: T
- Wheel Thickness: 1/4 in
- Wheel Type Number: Type 27
- Type: High Performance
Tiger® Zirc® 4 in type 27 grinding wheels cut faster and last longer so you get proven productivity at an exceptional total cost. The self-sharpening zirconia alumina grains retain a high cut rate throughout the life of the wheel while a hard bond delivers long wheel life for heavy duty applications. The flat profile with depressed center allows for a wide range of grinding angles (0 to 45deg). 1/4 in wheel thickness is ideal for heavy stock removal, scale removal, weld removal, weld blending, edge beveling and torch-cut softening with a grinder. The 5/8 in open arbor offers a cost-effective mounting option when using adapting nuts.
- Self-sharpening zirconia alumina grain retains high cutting performance throughout the life of the wheel
- Long wheel life on heavy duty applications
- Ceramic infused grinding wheels deliver the fastest cutting with the least effort
- Designed with fiberglass cut back from the edge to provide instant aggressive grinding right out of the box
- Triple fiberglass reinforcement provides added strength for aggressive stock removal
- Open arbor offers a cost-effective mounting option when using adapting nuts
For fabrication and grinding on a platform for weld preparation
Tiger Grinding Wheel| High Performance| 4 in Wheel Dia| 1/4 in Wheel Thickness| 5/8-11 UNC Center Hole| 24 Grit| Aluminum Oxide Abrasive| Wheel Type Number: Type 27| 15300 rpm Maximum| Resin Bond| Applicable Materials: Iron| Stainless Steel| Steel and Structural Steel| Wheel Hardness: T| Black Wheel| Yes Reinforced| ANSI B7.1 Specifications Met