Threading Tap (machine) FANAR M10 extended D2-111121-0100

Machine threading tap FANAR M10 extended D2-111121-0100 is a cutting tool designed for producing M10 metric internal threads on machining equipment. The extended shank and flute length enable deeper engagement into through-holes, blind bores and recessed features, allowing thread cutting at greater depths than standard taps. The tool is intended for use in production and repair environments where machine tapping provides repeatable, accurate threads in steels and common engineering materials when appropriate cutting parameters and fluids are applied.

Advantages

The extended design provides increased reach and access to deep or recessed holes while preserving thread profile accuracy. Manufactured to FANAR quality standards, the tap offers consistent cutting performance on machine tapping equipment. The geometry is optimized for chip evacuation in through-holes and for controlled chip breaking in partially blind bores, reducing the risk of tap breakage when used with correct feeds, speeds and coolant. The solid construction ensures stability under machine tapping loads.

Suitable for

• Creating M10 internal threads in through-holes and deep blind bores
• Production-line machine tapping on lathes, machining centers and tapping heads
• Repair and maintenance tasks on steel components and common engineering alloys
• Applications requiring extended reach for recessed thread locations

Key specifications

• Thread size: M10 metric
• Tool type: machine threading tap, extended length
• Suitable materials: steels and common engineering materials (use appropriate cutting data)
• Application: machine tapping for through-holes and blind bores
• Geometry: engineered for chip evacuation and controlled chip breaking

How to use

Mount the tap securely in a suitable machine tool holder or tapping head compatible with extended-length taps. Set spindle speed and feed according to the workpiece material and tap manufacturer guidelines; use correct tap pitch feed for M10 threads. Apply an appropriate cutting fluid to improve chip formation and lubrication. For blind bores, retract periodically to clear chips if chip evacuation is restricted. Operate with steady axial feed and avoid sudden changes in feed or direction to reduce the risk of tap breakage.

Usage recommendations

For best results, select cutting speeds and feeds matched to the specific workpiece material, maintain rigid tool holding, and use a suitable cutting lubricant. Inspect tapped threads for pitch, depth and surface finish; if chips accumulate, pause to clear and reapply coolant. Replace the tap if wear or damage is observed to maintain thread quality and prevent failure.