Adjustable Tap Wrench steel No. 1.1/2 (5 pieces)

• Hold square shank taps for manual thread cutting, re tapping, or thread cleaning in workshop use.
• Process: manual driving or assisted driving depending on your holder and machine setup
• Use: thread cutting, re tapping, and thread cleaning depending on condition
• Use the wrench to start the tap square and apply steady torque without side loading.
• Use cutting fluid and clear chips from the tool flutes to avoid torque spikes.

Note Verify the thread designation before starting and check the first turns for square alignment.

• Stable clamping of square shank taps for manual work
• Helps you start the tap square to the hole axis
• Gives tactile feedback for torque and cutting load

• Not suitable for abrasive or highly work hardening materials without adapted process control
• Not intended for high performance cycle times in mass production

1. Select a tap with a square shank that matches the wrench clamp range.
2. Open the jaws and seat the tap squarely in the clamping area.
3. Tighten the clamping mechanism evenly so the tap cannot slip.
4. Align the tap to the hole axis before applying torque.
5. Apply cutting fluid and turn with steady torque while keeping alignment.
6. Reverse slightly at intervals to clear chips from the tap flutes.
7. Remove the tap carefully and clean the wrench contact surfaces.
8. Store the tool dry and protected from impact.

• 5x Adjustable Tap Wrench steel No. 1.1/2

• Product type: Tap Wrench
• Body material: Steel

How do you select the correct thread designation for this tool
Match the designation in the product name to the drawing, the mating part, and the required thread series, then align the tool choice with the hole type and manufacturing route.

Which holder is typically used for manual tapping
A tap wrench that clamps the square shank is the typical choice, and you keep the tool axis aligned to the hole to reduce side load.

How do you reduce the risk of tap breakage
Keep alignment, use suitable lubrication, avoid side loading, and clear chips from the flutes so torque does not rise suddenly.

Which workpiece materials are typical for this threading tool
Thread cutting tools are commonly used in steels, cast iron, and many non ferrous alloys, but you should adapt lubricant choice and process control for hard, sticky, or abrasive materials.

How do you check thread quality after tapping
Use a suitable gauge or the intended mating part to confirm functional fit, and inspect the first threads for damage or misalignment.

Do you need lubrication and how do you manage chips
Use a cutting fluid suitable for the material to reduce friction, and clear chips from the flutes during the process to keep torque stable.

Where can you find additional technical information for selection and standards
For an overview of threading tools and related standards, refer to the VD 23 catalog as PDF.