Thread tap FANAR M10x1 C2-113X01-0103 — machine tap for M10 x 1 metric threads

FANAR machine tap M10x1 (model C2-113X01-0103) is a precision tool for cutting internal metric threads with a 1.0 mm pitch in M10 holes. Designed for machine tapping operations, this tap is intended to produce consistent, accurately formed threads in metals and similar materials. It is suitable for use in production environments and workshops with drilling and tapping equipment where reliable M10 x 1 internal threads are required.

Advantages

The tap delivers precise thread geometry and repeatable performance when used in appropriate machine tapping setups. Its design supports clean chip evacuation and reduced risk of thread damage during cutting. Built for regular workshop and production use, the tool helps maintain consistent tolerance and fit for fasteners sized to M10 x 1 threads.

Suitable for

• Cutting internal M10 x 1 metric threads in metal components
• Machine tapping operations on lathes, tapping heads or CNC machines
• Production runs and workshop repairs requiring standard M10 x 1 threads
• Tapping in steels, aluminum alloys and other machinable materials

Key specifications

• Thread size: M10
• Thread pitch: 1.0 mm
• Tool type: machine tap for internal threads
• Intended application: metric internal threads for M10 x 1
• Suitable materials: metals and similar machinable materials

How to use

Secure the workpiece and align the hole to be tapped, ensuring correct drill size and perpendicularity for the M10 x 1 thread. Mount the tap in a suitable tapping holder, chuck or tapping head designed for machine operation. Use appropriate cutting fluid for the material being tapped, and apply steady feed consistent with the machine and tap specifications. Withdraw the tap periodically if required to clear chips, and inspect the cut thread for correct form and fit with mating fasteners.

Usage recommendations

Use a drill size recommended for M10 x 1 pilot holes; select cutting fluid appropriate to the workpiece material; maintain correct machine speeds and feeds for machine tapping to extend tool life and ensure accurate threads.