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      Product ID: 63684399

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

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      Description

      Wire thread tap for thread insert special-purpose

      Product Description

       

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

      Place of Origin Henan, China
      Brand Name xiyangyangjixie
      Type Tap
      Number of Pieces 1
      Material HSS, Alloy Steel
      Standard ISO
      Size All Size
      Thread Type 55   Cylindrical Pipe Thread
      Flute Type Straight Flute, Spiral Flute
      Shank Type Cusp/Square
      Application Tapping of Steel Wire Screw Sleeve
      Supply Ability 100000 Piece/Pieces per Month Tap and Die
      Packaging & Delivery Packaging Details10 pieces packed in a paper box
      Port Shanghai/Ningbo

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

      Xiyangyang Steel Wire Screw Sleeve Tap is used to process blind hole bottom hole. It can produce chips quickly and has high precision. It can process the bottom hole.

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

      High-Speed HSS Carbide Steel Hand Tap Screw Tin-Coated Flute Tap Die for Machine Tap and Die Set Applications

      FAQ

       

      How to choose screw socket tap?

      Company Information

       


      1. The pitch of a single tap is less than 2 mm, and the pitch greater than or equal to 2 mm is a double tap.
      2. Straight groove tap has strong versatility, through hole or blind hole, non-ferrous metal or ferrous metal can be used, the price is cheap, and the quality is medium.
      3. Spiral groove tap is more suitable for processing blind hole threads. Chips are discharged backwards during processing. When processing ferrous metals, the helix angle is chosen a little less, generally about 30 degrees, which can ensure the strength of helical teeth. In the processing of non-ferrous metals, the helix angle is chosen less and larger, generally around 45 degrees, so that cutting can be sharper.

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