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      Item no.: 132070

      Machine tap for synchronised spindles HSS-E-PM internal cooling TiAlN

      Brand: GARANT
      Skaft DIN 1835 B with h6
      Through-coolant true
      Taper lead form B
      Thread standard DIN 13
      Flank angle 60
      Application for type of drilling up to 2.5×D for through holes
      Type of threading tool Machine tap for synchronous machining
      Cutting direction right-hand
      No price available

      Machine tap for synchronised spindles HSS-E-PM internal cooling TiAl...

      In stock

      Description

      Version:

      Sturdy design with spiral point and shank to DIN 1835-B.Special geometry for use on machines with synchronised spindle drives. The tap is controlled by the synchronising spindle of the machine.
      Special TiAlN coating for optimum tool life. For use with emulsion (fat content minimum 8%).
      With internal coolant supply for maximum tool life.

      Recommendation:

      For TOOLOX materials we recommend deviating from the DIN data (see table) by drilling the tapping hole ⌀ 0.05 to 0.3 mm larger.

      Note:

      For use on synchronised spindles, the GARANT quick-change tapping chuck No. 338100 − 338121 with minimum length adjustment (MLA) ensures very high process reliability.

      Technical Data

      Application for type of drilling
      up to 2.5×D for through holes 
      Cutting direction
      right-hand 
      Coating
      TiAlN 
      Skaft
      DIN 1835 B with h6 
      Flank angle
      60 degrees
      Thread standard
      DIN 13 
      Colour ring
      red 
      Type of threading tool
      Machine tap for synchronous machining 
      Through-coolant
      yes 
      Shank tolerance
      h6 

      Application Table

      Steel < 500 N/mm²
      P
      37
      Steel < 750 N/mm²
      P
      35
      Steel < 900 N/mm²
      P
      22
      Steel < 1100 N/mm²
      P
      12
      Steel < 1400 N/mm²
      P
      7
      TOOLOX 33
      H
      7
      TOOLOX 44
      H
      6
      Oil
       
      wet maximum
       
      wet minimum