Disston Company 197304 Titanium Hss Drill Bit 5/64 in 2 Pack

Product Description

The DISSTON COMPANY 197304 is a titanium-coated, high speed steel (HSS) drill bit sold in a 2-pack, sized at 5/64 inches in diameter and 2 inches in length. The 135-degree split point geometry allows the bit to start drilling on contact without walking, reducing the need for a center punch. The titanium-nitride (TiN) surface finish lowers friction at the cutting edge, which improves chip evacuation and extends bit life compared to uncoated HSS alternatives. The straight shank and jobber-length design make these bits compatible with standard keyed or keyless drill chucks. Licensed electricians, plumbers, HVAC technicians, and general trade contractors will find these useful for everyday hole-making tasks on the job site.

These bits are designed for heavy-duty drilling in wood, plastic, wallboard, and plywood, as well as soft metals. They are also suitable for moderate use in heat-treated or ferrous metals. The 5/64-inch diameter is a common size for pilot holes, wire-routing passes through studs, and small fastener clearance holes encountered in residential and light commercial trade work. The carded packaging keeps both bits organized and protected until use.

Key Features

• 135-degree split point tip starts on contact without center-punching
• Titanium-nitride coating reduces friction and increases drill life
• High speed steel construction handles wood, plastic, wallboard, plywood, soft metals, and moderate use in ferrous metals
• Jobber length with straight shank fits standard drill chucks
• 2-pack carded format provides a backup bit on the job

Compatibility

Designed for use in any standard drill or drill press accepting a straight-shank jobber-length bit. Suitable for heavy-duty drilling in wood, plastic, wallboard, plywood, and soft metals, with moderate capability in heat-treated or ferrous metals.

Installation Notes

Install the bit securely in the chuck and tighten fully before operation. Apply steady, consistent pressure when drilling to avoid overheating the cutting edge, particularly in metals. Reduce feed rate when breaking through the back side of a workpiece to prevent tear-out or bit grabbing. Ensure the workpiece is properly clamped or secured before drilling.