Stanley FatMax SFMCF830D2K

Milwaukee M/2 2-Cutter SDS-Plus Rotary Hammer Drill bits are the most durable 2-cutter bits with up to 20 percent more holes per charge in cordless rotary hammers. The enhanced rebar guards provide in more→creased durability in hard aggregate and rebar. Breaker point pulverize the material more effectively resulting in faster drilling speeds. The variable flute allows for maximum debris extraction leading to up 20 percent more holes per charge in rotary hammer while making it a very durable bit and rotary hammers. The increased life and efficiency of the M/2 2-Cutter drill bit line provides the ideal solution in general concrete for and rotary hammer users.

Milwaukee Thunderbolt Titanium coated drill bits are designed for extreme durability and up to 3X longer life. The Thunderbolt web features a thicker core than a standard drill bit to provide ultimate more→strength and protect against side-load breakage. The titanium coating reduces heat build-up and keeps the bit sharp to extend performance. The 135 degree split point tip delivers a precision start and prevents walking for fast, accurate holes. Effective for drilling on curved surfaces, Milwaukee Thunderbolt Titanium Coated bits require less effort to drill through wood, metal and PVC, and are highly recommended for use with portable drills.

The Milwaukee Shockwave Impact Duty Driver Bits and Bit Holders are engineered for extreme durability and up to 10x life. Made from proprietary steel and heat treated to control hardness, the Shockwav more→e Impact Duty Driver Bits feature an innovatively designed geometric shock absorption zone to extend life. The forged tip allows for a secure grip and maximum contact eliminating stripping or slipping. Bonus Milwaukee Shockwave Magnetic Bit Tip Holder 2.3 in. included. The Shockwave Impact Duty Magnetic Bit Holders are made from proprietary steel and heat treated to control hardness and feature a powerful magnet allowing for a secure grip and unyielding bit engagement. The 2-piece construction of …