Burkit 2pcs M3 X 0.5 Spiral Flute Tap, HSS Titanium Coated Spiral Flute Plug Threading Tap M3 x 0.5

Burkit 2pcs M3 X 0.5 Spiral Flute Tap, HSS Titanium Coated Spiral Flute Plug Threading Tap M3 x 0.5

Cutting Diameter: 3mm, Pitch: 0.5mm, Cutting Direction: Right Hand, Accuracy Class: H2. Material: Manufactured by high-temperature quenching of 6542 high-speed steel(M2), higher toughness and wear resistance. With Ti-Coated for improving wear and fusion resistance. Features: Chips are discharged upwards when machining threads, the flute geometry enables efficient chip evacuation even in long holes, ideal for both through-hole and blind-hole threading. Applications: Can be used for tapping stainless steel (below 30HRC), aluminum, die steel, ordinary steel, non-ferrous metals, hard plastics, etc. Package Include: 2pcs M3X0.5mm Spiral Flute Tap. Spiral flute taps feature flutes or grooves that are designed in a spiral pattern along the length of the tap. This spiral configuration aids in chip evacuation during the tapping process, promotes smooth operation, reduces the risk of clogging, and improves cutting efficiency.
The spiral flute design of th tap makes them particularly suitable for deep-hole threading scenarios. The flute geometry enables efficient chip evacuation even in long holes, preventing chip accumulation and tap breakage.
Spiral flute taps are versatile and can be used for both through-hole and blind-hole threading applications. They are compatible with a wide range of materials, including metals, alloys, and plastics.

Material: High Speed Steel.
Finish: Titanium coating.
Cutting Direction: Right Hand.
Package Include: 1pc M3x0.5 Spiral Flute Tap.

Tips:
1. Please be sure to take protective measures when working, you need to wear goggles and protective gloves.
2. Before tapping, confirm whether the round hole's diameter is appropriate. Be sure to select the appropriate cutting oil for the complex tapping process and apply anti-rust oil for maintenance after use.
3. When tapping, control the speed according to the hardness of the material, it is necessary to add water or coolant to cool down to prevent excessive temperature and reduce tap loss.