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    M1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcs

    M1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcsM1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcsM1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcs
    Features:
    Straight 3 flutes are ground to provide rapid chip removal for efficient threading.
    Used with some cutting fluid or keep it wet when tapping, the will last longer.
    The mini metric are mainly used for clocks, watches, low hardness wood and soft metal hole processing.

    Specifications:
    Product Name: Metric Machine Tap
    Material: HSS (High-Speed Steel)
    Total Weight: 4.9g
    Accuracy: H2
    Thread Size: M1 x 0.25
    Shank Width: 2mm / 0.08 inch
    Thread Length: 6.5mm / 0.26 inch
    Total Length: 36mm / 1.42 inch

    Package Contents:
    2 x Metric Machine Tap

    Tips:
    1. Recommended hardness of tapping material is not too high: Suitable for most metals, iron plate, copper, zinc, alloy steel, abrasive steel, A3 steel, stainless steel, etc.. Appropriate addition of coolant (e.g., water) can extend the service life when tapping.
    2. Please control speed according to material hardness. The higher the hardness, the slower the speed. Fast speed with small torque; slow speed with high torque. The force must be uniform in tapping operations.
    3. First drill the hole with twist drill, and then use the taps tapping. Tapping angle should be vertical 90 degree and keep stable.
    4. Tapping depth should not exceed 1.5 times the diameter of the tap: For example: diameter of M5x0.8 about 5mm, the depth should not exceed 7.5mm.
    Hot Item
    • 1.We accept eBay payment .
    • 2.Payment must be received within 7 business days of auction closing.
    • 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
    • 2.Items will be shipped within 1-3 business day when we received payment.
    • 3.Delivery time depends on destination and other factors.

      M1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcs

      M1 x 0.25mm H2 High Speed Steel 3 Straight Flutes Metric Machine Screw Tap 2pcs
      Features:
      Straight 3 flutes are ground to provide rapid chip removal for efficient threading.
      Used with some cutting fluid or keep it wet when tapping, the will last longer.
      The mini metric are mainly used for clocks, watches, low hardness wood and soft metal hole processing.

      Specifications:
      Product Name: Metric Machine Tap
      Material: HSS (High-Speed Steel)
      Total Weight: 4.9g
      Accuracy: H2
      Thread Size: M1 x 0.25
      Shank Width: 2mm / 0.08 inch
      Thread Length: 6.5mm / 0.26 inch
      Total Length: 36mm / 1.42 inch

      Package Contents:
      2 x Metric Machine Tap

      Tips:
      1. Recommended hardness of tapping material is not too high: Suitable for most metals, iron plate, copper, zinc, alloy steel, abrasive steel, A3 steel, stainless steel, etc.. Appropriate addition of coolant (e.g., water) can extend the service life when tapping.
      2. Please control speed according to material hardness. The higher the hardness, the slower the speed. Fast speed with small torque; slow speed with high torque. The force must be uniform in tapping operations.
      3. First drill the hole with twist drill, and then use the taps tapping. Tapping angle should be vertical 90 degree and keep stable.
      4. Tapping depth should not exceed 1.5 times the diameter of the tap: For example: diameter of M5x0.8 about 5mm, the depth should not exceed 7.5mm.
      Hot Item
      • 1.We accept eBay payment .
      • 2.Payment must be received within 7 business days of auction closing.
      • 1.We ship to your eBay or Paypal address. Please make sure your eBay and Paypal address is correct before you pay.
      • 2.Items will be shipped within 1-3 business day when we received payment.
      • 3.Delivery time depends on destination and other factors.