Hepyc 23250 – M10 x 1.5mm HSS ISO529 Straight Flute Hand Tap 6H Bottoming-0

Hepyc 23250 – M10 x 1.5mm HSS ISO529 Straight Flute Hand Tap 6H Bottoming

$40.18
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Hepyc 23250 – M10 x 1.5mm HSS ISO529 Straight Flute Hand Tap 6H Bottoming-0

Hepyc 23250 – M10 x 1.5mm HSS ISO529 Straight Flute Hand Tap 6H Bottoming

$40.18

Professional quality Hepyc straight flute bottoming hand tap manufactured from premium high speed steel (HSS) for accurate and reliable metric thread cutting applications. Produced to ISO529 standards, this tap is designed for generating precise M10 x 1.5mm internal threads with 6H tolerance in workshop, engineering, and industrial machining operations.

The bottoming tap design features a short chamfer lead for threading close to the bottom of blind holes after initial threading with taper and intermediate taps. Precision ground flutes provide smooth cutting action, efficient chip evacuation, and high thread accuracy across a wide range of materials including steels up to 800 N/mm² tensile strength.

Key Features & Benefits

  • Premium high speed steel (HSS) construction
  • ISO529 standard straight flute hand tap
  • Bottoming / 3rd tap design
  • M10 x 1.5mm metric thread size
  • 6H tolerance for precise internal thread production
  • Short chamfer lead ideal for blind hole threading
  • Precision ground cutting edges for clean thread finish
  • Straight flute geometry for controlled chip evacuation
  • Suitable for hand and machine tapping operations
  • Excellent wear resistance and long service life

Technical Specifications

  • Brand: Hepyc
  • Reference Number: 23250
  • Thread Size: M10 x 1.5mm
  • Tolerance: 6H
  • Tap Type: Bottoming / 3rd Tap
  • Standard: ISO529
  • Material: High Speed Steel (HSS)
  • Thread Type: Metric
  • Flute Style: Straight Flute
  • Application Material Strength: Up to 800 N/mm²

Manufactured in Spain, Hepyc threading tools are trusted by machinists and engineering professionals for delivering precise thread quality, durability, and dependable cutting performance in demanding industrial applications.

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