Disston Company 293431 Titanium Hss Drill Bit 3/32 in 2 Pack

Product Description

The DISSTON COMPANY 293431 is a 2-pack of high-speed steel jobber-length drill bits measuring 3/32 inches in diameter and 2-1/4 inches in length. Each bit features a titanium-nitride surface finish that increases surface lubricity, improving chip flow and drilling efficiency while extending service life compared to uncoated HSS bits. The 135-degree split point geometry reduces walking at start and cuts cleanly without a center punch. These bits are designed for trade professionals and serious DIYers who need reliable, repeatable results across a range of common materials.

These bits are suited for heavy-duty drilling in wood, plastic, wallboard, plywood, and soft metals. They also handle moderate use in heat-treated or ferrous metals. The straight shank is compatible with standard 3-jaw chucks on both corded and cordless drills. Typical install scenarios include rough-in work, fixture mounting, and general drilling tasks on residential and light commercial job sites.

Key Features

• Titanium-nitride coating adds lubricity, reduces friction, and extends bit life
• 135-degree split point reduces drill walking and improves hole accuracy
• High-speed steel construction handles wood, plastic, wallboard, plywood, soft metals, and moderate ferrous metal use
• Jobber length provides a balanced reach-to-rigidity ratio for general-purpose drilling
• Straight shank fits standard 3-jaw drill chucks
• Sold as a 2-pack for backup availability on the job

Compatibility

Designed as a general-purpose replacement or supplemental drill bit for any standard 3-jaw chuck drill accepting a 3/32-inch straight-shank bit.

Installation Notes

Install and remove bits only when the drill is powered off and the chuck is fully released. Secure the shank fully in the chuck and tighten all three jaw positions evenly before drilling. For drilling in harder metals, reduce feed pressure and use a cutting fluid to manage heat buildup. Dispose of worn bits properly, as titanium-nitride-coated bits cannot be resharpened to factory geometry.