DeWalt DW8022 High Speed Wheel, 12 in dia, 1 in dia Arbor, 24 Grit, 6400 RPM, Metal Cutting
MPN: DW8022
Minimum order quantity is .
Experience superior metal cutting performance with the DeWalt DW8022 High Speed Wheel. Crafted for durability and precision, this 12-inch diameter wheel features a sturdy 1-inch arbor, ensuring exceptional stability and control during high-speed operations. With a grit rating of 24, it delivers aggressive cutting power, making it the perfect choice for tackling tough metalwork efficiently.
Operating at an impressive 6400 RPM, the wheel provides smooth, consistent cuts while minimizing heat buildup, which extends the life of both the wheel and your tools. Whether you're a professional tradesperson or a dedicated DIY enthusiast, this high-speed wheel offers reliable performance for a range of metal cutting applications.
Key benefits include: enhanced cutting speed, long-lasting durability, and a secure fit that reduces vibration for safer, more precise work. Invest in the DeWalt DW8022 to elevate your metal cutting projects with confidence and efficiency.
Experience superior metal cutting performance with the DeWalt DW8022 High Speed Wheel. Crafted for durability and precision, this 12-inch diameter wheel features a sturdy 1-inch arbor, ensuring exceptional stability and control during high-speed operations. With a grit rating of 24, it delivers aggressive cutting power, making it the perfect choice for tackling tough metalwork efficiently.
Operating at an impressive 6400 RPM, the wheel provides smooth, consistent cuts while minimizing heat buildup, which extends the life of both the wheel and your tools. Whether you're a professional tradesperson or a dedicated DIY enthusiast, this high-speed wheel offers reliable performance for a range of metal cutting applications.
Key benefits include: enhanced cutting speed, long-lasting durability, and a secure fit that reduces vibration for safer, more precise work. Invest in the DeWalt DW8022 to elevate your metal cutting projects with confidence and efficiency.
