TASCAM TAP M16 DIN-376C R15 (6HX) HSSE-PM TS 1400 Machine Tap

Threading through holes in tough materials like steel and stainless steel demands a tap that can endure high stress without sacrificing precision. The TASCAM TAP M16 DIN-376C R15 (6HX) HSSE-PM TS 1400 answers that call with a powder metallurgy HSSE-PM substrate enriched with cobalt, coated in TS1400 for exceptional wear resistance and heat management. Its spiral point design pushes chips forward, preventing clogging and ensuring clean, accurate M16 threads in one pass.

Who is it for

This machine tap is built for professional machinists, metalworking shops, and maintenance teams who regularly thread through holes in steel, stainless steel, cast iron, and non-ferrous metals. It suits CNC machines, machining centers, and manual setups where reliability and thread quality are non-negotiable.

Main features

• M16 metric coarse thread with 2.0 mm pitch, DIN 376 standard
• HSSE-PM powder metallurgy high-speed steel with cobalt for superior toughness
• TS1400 TiAlN-based coating reduces friction and extends tool life
• Spiral point flute geometry directs chips forward, ideal for through holes
• Thread tolerance class 6HX ensures precise, standard-compliant threads
• Chamfer form C (2-3 threads lead) for easy starting and smooth cutting
• Right-hand cutting direction for conventional threading operations

Specifications

• Thread Size: M16
• Thread Pitch: 2.0 mm
• Thread Standard: Metric Coarse
• Tool Standard: DIN 376
• Material: HSSE-PM
• Coating: TS1400
• Thread Tolerance Class: 6HX
• Chamfer Form: C
• Application Type: Through Holes
• Overall Length: 110 mm
• Shank Diameter: 12 mm
• Square Drive Size: 9 mm
• Thread Length: 29 mm
• Flute Type: Spiral Point
• Thread Direction: Right-hand
• Tool Type: Machine Tap

Tips

Use a suitable cutting fluid to maximize tool life and thread finish. Ensure the hole is drilled to the correct size for M16 (typically 14 mm for 75% thread engagement). For best results, align the tap perpendicular to the workpiece and apply steady feed pressure.