Union Butterfield® UTD 1012272

Union Butterfield® 1012272 1599 Straight Flute Hand Tap, Right Hand Cutting, M12x1.75 Thread, D6 Thread Limit, Bottoming Chamfer, 4 Flutes, Nitride/Steam Oxide, HSS

UPC: 698464123719
UNSPSC: 23241615
Manufacturer PN: 1012272
$39.82 EA
In stock (1)
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Union Butterfield® Straight Flute Hand Tap, Series: 1599, Measurement System: Metric, Coarse, M12x1.75, Bottoming Chamfer, 4 Flutes, HSS, Nitride/Steam Oxide, Class of Fit: 3B, Right Hand Cutting, 1-21/32 in Thread Length, 3-3/8 in Overall Length, 0.367 in Shank Dia, Cast Iron, Copper and Synthetic Materials Material Application, D6 Thread Limit

  • Features

  • Designed for through or blind hole tapping with a specific cutting geometry for gray cast irons and those materials producing broken chips
  • Also ideal for non-metallics, cast brass and other brass materials producing broken powdery chips
  • Nitride and steam oxide coating reduces wear and chip welding in abrasive materials
  • Nitriding is a process that is used to increase the hardness and wear resistance of the surface of a tool
  • It is particularly suitable for taps that are used on abrasive materials such as cast iron, bakelite
  • Nitriding is used on twist drills when it is desirable to increase the strength and wear resistance of the cylindrical lands
  • Steam tempering gives a strongly adhering blue oxide surface that acts to retain cutting fluid and prevent chip to tool welding, thereby counteracting the formation of a built-up edge
  • Steam tempering can be applied to any bright tool but is most effective on drills and taps
  • A medium alloyed high speed steel that has good machinability and good performance
  • HSS exhibits hardness, toughness and wear resistance characteristics that make it attractive in a wide range of applications

Specifications

ApplicationFor through or blind hole applications
Series 1599
Measurement System Metric
Thread Standard Coarse
Thread Size M12x1.75
Chamfer Type Bottoming
Number of Flutes 4
Material HSS
Finish/Coating Nitride/Steam Oxide

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