8pcs Metric Spiral Flute Thread Taps M2x0.4 H2 Nitride Coated Threading Tapping
- Thread Size: M2 x 0.4 (Right Hand)
- Accuracy: H2
- Thread Length: 10mm / 0.39"
- Total Length: 44mm / 1.73"
- Square Shank Width: 2.5mm / 0.1" (Round Shank Dia.: 3mm / 0.12")
- Material: 6542/M2 High Speed Steel (HSS)
- Finish: Nitride Coated
- Package Content: 8pcs x Spiral Flute Thread Taps
Descriptions:
- Metric thread tap features spiral flutes, clear threads without burrs, and right hand thread cutting. Spiral flutes are fully ground to provide upward chip removal. Flutes on the screw tap help to remove chips and debris from the hole.
- 6542 (M2) high speed steel screw taps run at high speeds and generate threads quickly and efficiently, offering high hardness, wear resistance, and good toughness. Nitride coating increases hardness, enhances wear resistance, and reduces friction for longer service life, resulting in smoother, faster tapping performance.
- Spiral flute threading tap is suitable for processing blind holes and sticky materials. Used for drilling and tapping stainless steel, aluminum, die steel, ordinary steel, non-ferrous metals, and hard plastics.
- Machine threading tap is used with drill presses, tapping machines, CNC and milling machines. Used with tapping oil to get higher quality threads and more durable taps. Machine taps are suggested to be used with tap chucks with overload protection. It is not recommended for hand use and electric drill tapping.
- Tapping angle should be 90 degrees vertical and stable. The tapping depth should not exceed 1.5 times the diameter of the tap. Control the speed according to the material hardness. The higher the hardness, the slower the speed.
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.
8pcs Metric Spiral Flute Thread Taps M2x0.4 H2 Nitride Coated Threading Tapping
- Thread Size: M2 x 0.4 (Right Hand)
- Accuracy: H2
- Thread Length: 10mm / 0.39"
- Total Length: 44mm / 1.73"
- Square Shank Width: 2.5mm / 0.1" (Round Shank Dia.: 3mm / 0.12")
- Material: 6542/M2 High Speed Steel (HSS)
- Finish: Nitride Coated
- Package Content: 8pcs x Spiral Flute Thread Taps
Descriptions:
- Metric thread tap features spiral flutes, clear threads without burrs, and right hand thread cutting. Spiral flutes are fully ground to provide upward chip removal. Flutes on the screw tap help to remove chips and debris from the hole.
- 6542 (M2) high speed steel screw taps run at high speeds and generate threads quickly and efficiently, offering high hardness, wear resistance, and good toughness. Nitride coating increases hardness, enhances wear resistance, and reduces friction for longer service life, resulting in smoother, faster tapping performance.
- Spiral flute threading tap is suitable for processing blind holes and sticky materials. Used for drilling and tapping stainless steel, aluminum, die steel, ordinary steel, non-ferrous metals, and hard plastics.
- Machine threading tap is used with drill presses, tapping machines, CNC and milling machines. Used with tapping oil to get higher quality threads and more durable taps. Machine taps are suggested to be used with tap chucks with overload protection. It is not recommended for hand use and electric drill tapping.
- Tapping angle should be 90 degrees vertical and stable. The tapping depth should not exceed 1.5 times the diameter of the tap. Control the speed according to the material hardness. The higher the hardness, the slower the speed.
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.