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MOR-95247

ShearTap™ 95247 2090G Spiral Point Tap, Right Hand Cutting, M8x1.25 Thread, D5 Thread Limit, Plug Chamfer, 3 Flutes, TiN Coated, HSS

  • Manufacturer: Morse Cutting Tools
  • Brand Name: ShearTap™
  • Part Number: MOR-95247
  • MPN: 95247
  • UPC: 686125952471
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • loading Available at Reynolds & Son, Inc - So Barre

ShearTap™ Spiral Point Tap, Series: 2090G, Measurement System: Metric, M8x1.25, Plug Chamfer, 3 Flutes, HSS, TiN Coated, Right Hand Cutting, 0.688 in Thread Length, 2-23/32 in Overall Length, D5 Thread Limit

Chamfer Type      :      Plug
Cutting Direction      :      Right Hand
Finish/Coating      :      TiN Coated
Material      :      HSS
Measurement System      :      Metric
Number of Flutes      :      3
Overall Length      :      2-23/32 in
Series      :      2090G
Thread Length      :      0.688 in
Thread Limit      :      D5
Thread Size      :      M8x1.25
  • 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
  • Spiral point taps are designed for machine tapping in through holes in a wide variety of materials
  • The point ejects the chips ahead of the tap, eliminating chip disposal problems and thread damage
  • Shallower flutes also result in greater tap core strength allowing for higher cutting speeds
  • Plug style (3 to 5 thread chamfer) is the most common chamfer used for tapping applications in through holes and blind holes with sufficient bottom clearance
  • CNC reduced neck design enhances chip evacuation and cutting fluid flow to the cutting teeth for reduced friction, heat and galling
  • Also reduces contact between the tap and the workpiece
  • TiN - titanium nitride is an excellent coating for machining a wide variety of materials at greatly increased speeds and feeds
  • Increases tool surface hardness, lubricity and heat resistance and resists chip welding