03B954 - Walter SST Power Tap and Drill Bit Set - 18 Piece NF Index

High-Performance Tapping and Drilling Solution

The Walter 03B954 18-Piece SST Power Tap and Drill Set is a premium cutting tool collection designed to streamline threading operations in industrial environments. Engineered by Walter Surface Technologies, this set addresses the common inefficiencies associated with manual hand tapping by providing tools specifically optimized for use with reversible portable power drills. The set includes a comprehensive selection of SST Power Taps and matching SST+ High Performance HSS drill bits, ensuring that operators have the precise pilot hole size for every thread, which is critical for maintaining thread integrity and tool life.

The core advantage of the SST Power Tap line is its ability to withstand the torque and speed of power drilling applications. Manufactured from high-quality High Speed Steel (HSS), these taps are built to cut through tough materials, including stainless steel, mild steel, and various non-ferrous alloys. Unlike standard hand taps that are prone to breakage under power, SST taps feature a geometry that clears chips efficiently and resists binding. This makes them particularly effective for tapping through-holes where speed and productivity are paramount. The accompanying SST+ drill bits are equally robust, featuring self-centering split points that penetrate surfaces quickly without walking.

Organization and accessibility are key components of this set. The tools are housed in a durable metal index container that protects the cutting edges during transport and storage. The inside panel of the case features a clear reference chart, displaying the correct drill bit and tap combinations, thereby reducing setup time and minimizing errors. For maintenance, repair, and operations (MRO) professionals who frequently encounter damaged threads or require new fastening points in metal structures, the Walter 03B954 set offers a reliable, high-speed solution that significantly lowers the cost per tapped hole compared to traditional methods.