Bsc Preferred QJDIB-DB-045 Titanium Drill Bit 5/64 in 2pk

Product Description

The BSC PREFERRED QJDIB-DB-045 is an impact-ready titanium hex shank drill bit sold in a 2-pack at the 5/64 inch size. The titanium coating reduces heat build-up during drilling, extending bit life up to three times longer than uncoated bits and helping maintain a sharper cutting edge over repeated use. A 135-degree split point tip eliminates walking at the start of a hole, allowing for precise placement without a center punch. The reinforced core resists breakage under the high-torque loads generated by impact drivers, making this bit suitable for demanding trade applications.

This drill bit is designed for use in both standard drills and impact drivers, thanks to the 1/4 inch hex shank that locks securely into quick-change chucks. It is well suited for residential and light commercial work where repeated fastening or drilling operations are required, including HVAC, electrical, plumbing, and general mechanical installation tasks. The 5/64 inch diameter is commonly used for pilot holes in sheet metal, wood, and similar materials encountered in trade work.

Key Features

• Titanium coating reduces heat build-up and extends bit life up to 3x compared to uncoated bits
• 135-degree split point tip prevents walking and improves hole-start accuracy
• Reinforced core resists breaking under high-torque impact driver loads
• 1/4 inch hex shank compatible with standard quick-change chucks and impact drivers
• 5/64 inch diameter for pilot holes in sheet metal, wood, and similar materials
• Sold as a 2-pack for on-hand backup during continuous use

Compatibility

Designed for use with standard 1/4 inch hex quick-change drill and impact driver chucks commonly found in trade-grade cordless and corded tools.

Installation Notes

Installation should be performed by the appropriate licensed trade professional per applicable codes. Ensure the tool is powered off and the battery is removed before changing bits. Seat the hex shank fully into the chuck until the retention ball engages to prevent slippage under load. Do not exceed the rated capacity of the tool or apply side-loading force, which can increase the risk of bit breakage.