3/32", Cobalt, Split Point, Drill Bit, Split Point Design Starts On Contact, Cobalt For Optimum Life & Durability In Metal & Wood, Cobalt Bit Optimized For Lifetime Durability In Stainless & Heavy Steel, 4 Times Long Life Versus Black Oxide.
5/64 By 2 Inch Titanium Drill Bit. Coated in heavy-duty titanium nitride for long life and equipped with a 135-degree speed tip that helps to reduce walking, DEWALT Titanium Nitride Coated Drill Bits are ideal for drilling light-gauge metals. A parabolic flute design improves chip ejection while drilling.
5/8"x6" Spade Bit. Featuring a heavy-duty, full-length, heat-treated shank for protection against bends and breaks, DEWALT Spade Bits are equipped with high-performance cutting spurs for optimum hole finish. An Extreme Speed Channel provides fast chip removal, and a Spade Bi ball groove shank offer quick-change applications. A Spade Bi hex shank helps to prevent slippage, and a hang hole enables easy storage and wire pulling.
3/4"x6" Spade Bit. Featuring a heavy-duty, full-length, heat-treated shank for protection against bends and breaks, DEWALT Spade Bits are equipped with high-performance cutting spurs for optimum hole finish. An Extreme Speed Channel provides fast chip removal, and a Spade Bi ball groove shank offer quick-change applications. A Spade Bi hex shank helps to prevent slippage, and a hang hole enables easy storage and wire pulling.
Impact Ready, 5/16" x 1-7/8" Magnetic Nut Driver, Patented Geometry Reduces Rounding Of The Hex Head Fastener, Advanced Hardening Process Provides Maximum Durability, Extra-Strength Magnet For Superior Bit Retention.
Impact Ready, 1/4" x 2-9/16", Magnetic Nut Driver, Patented Geometry Reduces Rounding Of The Hex Head Fastener, Advanced Hardening Process Provides Maximum Durability, Extra Strength Magnet For Superior Bit Retention.
Impact Ready, 5/16" x 2-9/16", Magnetic Nut Driver, Patented Geometry Reduces Rounding Of The Hex Head Fastener, Advanced Hardening Process Provides Maximum Durability, Extra Strength Magnet For Superior Bit Retention.
