FANAR Maschio per filettatura M10 DIN-376C R45 (6HX) HSSE-PM HL MASTERTAP

The FANAR TAP M10 DIN-376C R45 (6HX) HSSE-PM HL MASTERTAP stands out in precision threading applications where tool life and thread quality are non-negotiable. Built from high-speed steel with powder metallurgy (HSSE-PM), this tap delivers consistent performance in demanding materials, while the HL (helical left-hand) flute geometry ensures efficient chip evacuation in blind holes. The 6HX tolerance class guarantees a precise fit for standard metric threads, making it a reliable choice for professional machinists.

Highlights

• Premium HSSE-PM substrate for superior wear resistance and extended tool life.
• Helical left-hand (HL) flute design optimizes chip removal in blind-hole tapping.
• DIN 376C standard with 6HX tolerance for accurate M10 thread cutting.
• R45 thread form angle suited for general-purpose threading in alloy steels and stainless steels.
• MASTERTAP series engineered for high-speed, high-volume production environments.

In daily use

On the shop floor, this tap reduces downtime by maintaining sharp cutting edges longer than conventional HSS taps. The helical flutes pull chips backward, preventing clogging and reducing the risk of tap breakage in deep or blind holes. Operators appreciate the consistent thread finish and the reduced need for frequent tool changes, which directly improves throughput. Whether used in CNC machining centers or manual tapping operations, the FANAR MASTERTAP delivers reliable results across a range of ferrous and non-ferrous alloys.

Full specifications

• Brand: FANAR
• Model: D4-528M01-0100
• MPN: D4-528M01-0100
• EAN: 5900920648731
• Thread size: M10
• Thread standard: DIN 376C
• Tolerance class: 6HX
• Material: HSSE-PM (powder metallurgy high-speed steel)
• Flute type: Helical left-hand (HL)
• Series: MASTERTAP
• Threading tool type: Threading Tap

Final note

For workshops that demand precision and durability in every thread, the FANAR MASTERTAP is a proven performer that combines advanced metallurgy with intelligent flute design.