M12x1.75MM T205 SC TAP

M12x1.75MM T205 SC TAP

DOR7182371 7182371
464.40 / EA
http://schema.org/OutOfStock
M12x1.75MM T205 SC TAP
  • Applicable Materials: Aluminum Magnesium, Aluminum Alloys, Cast Iron, Ductile Iron and Synthetic Materials
  • Class of Fit: 6H
  • Hand Direction: Right Hand
  • Material: Carbide
  • Number of Flutes: 3
  • Overall Length Decimal Inch: 110
  • Overall Length Metric: 2794
  • Series: T205
  • Shank Diameter Decimal Inch: 0.354
  • Shank Diameter Metric: 9
  • Surface Treatment: Bright
  • Thread Length Decimal Inch: 0.906
  • Thread Length Fractional Inch: 29/32
  • Thread Length Metric: 23
  • Thread Size: M12x1.75
  • Thread Standard: Coarse
  • Through Coolant (Yes/No): Yes
  • Flute Direction: Right Hand
  • Has Attributes: Yes
  • Has Image: Yes
  • System of Measurement: Metric
The use of hardened materials in industrial processes is becoming increasingly common, creating a greater need for new and improved cutting tools capable of working in extreme conditions. Dormer new range of solid carbide taps is a high performing, comprehensive program designed specifically for machining various types of hardened steel and other difficult materials.
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  • Application
  • Item Features
  • Standards
For blind hole applications
  • High performance and productivity in a wide range of applications including hardened materials up to 63 HRC
  • Ideal for mass production with cutting speeds up to 3 times higher when compared to HSS-E taps
  • Fewer tool changes resulting in optimum machine output due to long tool life
  • Highly stable tool design means less risk of tap breakage and optimum process security
  • First choice for ductile iron and aluminum alloys with >10% silicon content and hardness up to 47 HRC
  • For long and short chipping materials
  • Bright finish for better chip flow
  • Threading depths up to 2xD
  • Chamfer form C for blind holes
  • 15 deg helix angle suited for both short and long chipping materials
DIN 376|PROP65: This product contains chemicals known to the State of California to cause cancer. For more information: www.P65Warnings.ca.gov