FANAR EL-CUT M16 x 2.0 Metric Coarse HSSE-PM Spiral Flute Tap DIN 376 C 45° HL

The FANAR EL-CUT M16 x 2.0 metric coarse tap is a high-performance machine tap designed for demanding threading applications. Manufactured from premium powder metallurgy high-speed steel with cobalt (HSSE-PM), this tap offers exceptional wear resistance and tool life. The spiral flute design with a 45° helix angle ensures efficient chip evacuation, making it ideal for blind hole tapping. The DIN 376 C chamfer form (2-3 threads) provides a balanced cutting action, while the HL EL-CUT geometry and coating enhance performance in alloyed steels and stainless steels.

Advantages

This tap delivers superior thread quality and consistency, reducing the risk of breakage and downtime. The HSSE-PM material provides high hardness and toughness, allowing for higher cutting speeds and longer tool life compared to conventional HSS taps. The spiral flute design effectively clears chips, preventing clogging and ensuring smooth operation. The EL-CUT coating reduces friction and heat buildup, further extending tool life and improving surface finish.

Suitable for

• Alloyed steels
• Stainless steels
• Carbon steels
• Tool steels
• General engineering materials

Key specifications

• Thread Size: M16
• Thread Pitch: 2.0 mm
• Thread Standard: Metric Coarse
• Tool Standard: DIN 376
• Chamfer Form: C (2-3 threads)
• Material Grade: HSSE-PM (Powder Metallurgy High-Speed Steel with Cobalt)
• Thread Tolerance Class: 6H
• Flute Type: Spiral Flute
• Helix Angle: 45°
• Cutting Direction: Right Hand
• Application Type: Machine Tapping
• Overall Length (L1): 110 mm
• Shank Diameter (d1): 12 mm
• Square Drive Size (a): 9 mm
• Special Features: HL EL-CUT Geometry/Coating
• Product Series: EL-CUT
• Manufacturer: FANAR

Recommendations

For optimal results, use appropriate cutting fluid and ensure proper alignment. This tap is designed for machine tapping operations; adjust speed and feed according to material and machine capabilities. Always follow safety guidelines when operating machinery.