Description
INCLUDES:
• (1) Cut-Off Wheel
FEATURES:
• 5 inch x .045 inch x 7/8 inch
• Comprehensive offering for general purpose to specialized high performance applications
• Tested for balance, resulting in smooth, vibration free grinding and cutting
• A60T Type 27
• Consistent performance from wheel to wheel through superior manufacturing processes
SPECIFICATIONS:
• Arbor Size: 7/8"
• Max RPM: 13580
• Thickness: 0.045"
• Diameter: 5"
• Abrasive Type: A60T
• Application Metal/Stainless Grinding
• Type: Type 27 Reinforced
• Grit: 60
• Grade: Coarse
• Bond Type: Resin
• Material: Aluminum Oxide
• Color: Black
Milwaukee’s comprehensive offering of grinding and cutting wheels consists of 45 unique products ranging in diameters from 4-1/2 in. to 14 in., with arbor configurations of 7/8 in., 20 mm, 1 in. and 5/8 in. to 11. Milwaukee’s abrasive offering is manufactured using 3 types of abrasive grains, aluminum oxide, silicon Carbide and zirconia alumina, providing products for general purpose to specialized high performance applications.
• (1) Cut-Off Wheel
FEATURES:
• 5 inch x .045 inch x 7/8 inch
• Comprehensive offering for general purpose to specialized high performance applications
• Tested for balance, resulting in smooth, vibration free grinding and cutting
• A60T Type 27
• Consistent performance from wheel to wheel through superior manufacturing processes
SPECIFICATIONS:
• Arbor Size: 7/8"
• Max RPM: 13580
• Thickness: 0.045"
• Diameter: 5"
• Abrasive Type: A60T
• Application Metal/Stainless Grinding
• Type: Type 27 Reinforced
• Grit: 60
• Grade: Coarse
• Bond Type: Resin
• Material: Aluminum Oxide
• Color: Black
Milwaukee’s comprehensive offering of grinding and cutting wheels consists of 45 unique products ranging in diameters from 4-1/2 in. to 14 in., with arbor configurations of 7/8 in., 20 mm, 1 in. and 5/8 in. to 11. Milwaukee’s abrasive offering is manufactured using 3 types of abrasive grains, aluminum oxide, silicon Carbide and zirconia alumina, providing products for general purpose to specialized high performance applications.