Hand Tap Set FANAR M16x1.5 2 pcs, metric thread M16×1.5

FANAR hand tap set for cutting internal metric threads M16×1.5 contains two high-precision taps intended for manual tapping operations. The set is designed to create or repair internal M16×1.5 threads in metal and similar materials. It is compatible with standard hand tap wrenches and basic workshop equipment, providing a straightforward solution for maintenance, assembly and repair tasks that require metric M16×1.5 threading.

Advantages

The two-piece set includes taps for progressive threading stages, improving thread quality and reducing the risk of tap breakage during manual use. Manufactured to metric tolerances, the taps provide consistent thread form and fit for M16×1.5 applications. Their geometry and finish support smooth chip evacuation and reliable cutting performance in typical workshop conditions. The compact set is convenient to store and carry for on-site maintenance.

Suitable for

• Creating new internal M16×1.5 threads in metal components
• Repairing damaged or worn M16×1.5 threaded holes
• Manual tapping with a hand tap wrench in maintenance and assembly
• Small workshop and field service applications requiring metric threads

Key specifications

• Thread size and pitch: M16 × 1.5 metric
• Quantity in set: 2 taps (progressive/finishing stages)
• Intended use: manual hand tapping of internal threads
• Material compatibility: metal and similar machinable materials
• Drive method: designed for use with standard hand tap wrenches

How to use

Secure the workpiece and drill the correct pilot hole recommended for M16×1.5 threads. Select the first tap from the set and mount it in a suitable hand tap wrench. Apply cutting fluid as appropriate for the material and begin tapping with steady, even pressure, reversing periodically to break chips. After reaching the desired depth, use the second tap to finish and refine the thread form. Clean the threaded hole of chips and debris before assembly.

Usage recommendations

Use appropriate pilot drill size and cutting fluid for the workpiece material, clamp the part securely, and proceed with controlled, straight tapping motion. Regularly back off the tap to clear chips and avoid excessive torque to reduce the risk of tap breakage. For hardened or difficult-to-machine materials, consider pre-drilling and using lubrication suited to the material.