Threading Tap (inch) FANAR 3/8" machine tap D2-111101-3129

Machine threading tap manufactured by FANAR for inch threads, size 3/8" (model D2-111101-3129). This tool is intended for cutting internal 3/8" threads in metal workpieces on machining equipment. It is supplied as a single machine tap and is compatible with standard machining holders and setups used in production and repair workshops.

Advantages

The FANAR machine tap provides consistent thread geometry and dimensional accuracy when used with appropriate machines and cutting conditions. Its construction is designed to withstand the torque and axial loads typical for tapping operations in metal, allowing repeatable thread cutting and restoration. The tool is ready for direct mounting in standard holders and can be used across a range of machining setups without additional adapters in many cases.

Suitable for

• Cutting internal 3/8" threads in steel and other machinable metals
• Production environments where machine tapping is required
• Repair and maintenance workshops restoring or rethreading components
• Use with standard tapping holders and machining centers

Key specifications

• Thread size: 3/8" (inch)
• Type: machine tap for internal thread cutting
• Material suitability: designed for metal workpieces (steel and similar machinable alloys)
• Quantity: single tool
• Compatibility: fits standard machining holders and setups for machine tapping

How to use

Install the tap securely in an appropriate machine tapping holder or spindle, ensuring correct alignment with the workpiece axis. Select suitable cutting speed and feed based on the workpiece material and machine capability. Use appropriate cutting fluid or coolant for the material being machined to improve chip evacuation and tool life. Advance the tap into the pre-drilled hole using steady feed and withdraw periodically if necessary to clear chips. After tapping, inspect the thread for correct form and fit.

Usage recommendations

Use a correctly sized pre-drilled hole for 3/8" internal threads and follow recommended machining parameters for the workpiece material. Regularly inspect the tap for wear or damage and replace when accuracy or surface quality degrades.