The design pulls waste out of the hole at a quicker rate and with fewer rotations of the bit. These bits start with a tight 35° twist on the helix at the tip and then spread out to 15° at the base. Typical twist drills have a standard helix with the flutes being uniform all the way down the shaft. Not true of both the Titanium and Cobalt Red Helix bits. You can find other cobalt and titanium bits, but this feature is truly innovative. In my opinion, here lies the real genius of this tool. Milwaukee Red Helix Bits: Design and Innovation Variable Helix Sharpen these bits, and you lose the benefits of the titanium coating. Bits with a titanium coating are better for general purpose drilling in softer surfaces since the coating is only on the surface. This means you can sharpen these bits without losing any performance. Despite this, cobalt (really a steel alloy with 5-8% cobalt) works better for drilling metal due to its high resistance to the massive heat generated when drilling through highly abrasive materials.Ĭobalt bits are great for high production rates as the cobalt is found throughout the entire material. They also do better resisting to corrosion. It’s worth noting some pros and cons of both materials. TiN-coated drill bits are actually harder than cobalt and more slippery to reduce friction. Red Helix Cobalt drill bits deliver up to 10X more life than Black Oxide drill bits. Use them on stainless steel and cast iron-wherever you’d be likely to dull lesser bits. These bits cost more, but they thrive in hard metal applications. Also in the Red Helix family (but not Shockwave) are the Milwaukee Cobalt drill bits.
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