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MOR-34493

ShearTap™ 34493 2091 Oversized Spiral Flute Tap, Right Hand Cutting, 3/4-16 Thread, H3 Thread Limit, Semi-Bottoming Chamfer, Right Hand Flute Direction, 4 Flutes, Black Steam Oxide, HSS

  • Manufacturer: Morse Cutting Tools
  • Brand Name: ShearTap™
  • Part Number: MOR-34493
  • MPN: 34493
  • UPC: 686125344931
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

ShearTap™ offers exceptional value for high volume tapping. The geometry is optimized for long-chipping steels and stainless steels up to a hardness of 35Rc. Made with premium high speed steel with an enhanced flute design, the ShearTap™ offer great chip management, cutting edge strength and wear resistance, resulting in a high quality threads.

ShearTap™ Spiral Flute Tap, Oversized, Series: 2091, Measurement System: Imperial, UNF, 3/4-16, Semi-Bottoming Chamfer, 4 Flutes, HSS, Black Steam Oxide, Class of Fit: H3, Right Hand Cutting, 0.82 in Thread Length, 4-1/4 in Overall Length, Right Hand Flute Direction, H3 Thread Limit, Steels and Stainless Steels Material Application

Chamfer Type      :      Semi-Bottoming
Class of Fit      :      H3
Cutting Direction      :      Right Hand
Finish/Coating      :      Black Steam Oxide
Flute Direction      :      Right Hand
Material Application      :      Steels and Stainless Steels
Material      :      HSS
Measurement System      :      Imperial
Number of Flutes      :      4
Overall Length      :      4-1/4 in
Series      :      2091
Thread Length      :      0.82 in
Thread Limit      :      H3
Thread Size      :      3/4-16
Thread Standard      :      UNF
Type      :      Oversized
  • Steam oxide over nitride resists chip welding, increases lubricity and helps to retain cutting fluid
  • CNC reduced neck design
  • The spiral flutes draw the chips out of the hole
  • Semi-bottoming style (2-3 thread chamfer) allows threading close to the bottom of blind holes but cuts more efficiently than standard bottoming taps due to a slightly longer chamfer which distributes the cutting load over a greater number of teeth