The Wiseman Threading Tools Spiral Point Metric HSS Tap Right Hand - M22x2.5 is a precision tapping solution built for durability and accuracy in metric threads. Made from high-speed steel and ground for sharp, clean cuts, this uncoated tap is designed for general purpose threading in through-holes with ISO 529 dimensions.

• Spiral point (gun nose) design primes the hole and directs chips forward, reducing clogging and enabling deeper taps in through-holes.
• Right-hand thread delivers the standard turning direction for most common applications—perfect for typical production and repair tasks.
• Metric size M22x2.5 adheres to ISO 529, ensuring consistent thread form and compatibility with nuts and components that use the same standard.
• High-speed steel, ground finish, uncoated provides reliable cutting performance and predictable wear; the absence of coating means straightforward use with cutting fluids and consistent feedback from the tool.
• General purpose, ISO 529 compliant makes this tap a dependable choice for everyday threading in common machinable metals where through-holes are involved.

Use case and practical guidance: select the drill size per ISO 529 guidelines to create a through-hole, apply appropriate cutting fluid, and advance the tap with steady, even pressure. Periodically back out to clear chips and maintain alignment to avoid cross-threading. The spiral-point design excels at pushing chips forward, reducing burrs and binding, which translates to cleaner, more accurate threads in manufacturing, repair workflows, and DIY projects alike.

Who benefits: machinists, shop technicians, engineers, and dedicated hobbyists who need a reliable metric threading tap for through-holes. The M22x2.5 right-hand tap fits standard assemblies and mating components, delivering consistent thread depth and fit across many projects.

Maintenance and care: after use, clean away chips, lightly oil the cutting edges to prevent corrosion, and store in a dry, protective environment. If the edge becomes dull or chipped, replace to maintain optimal thread quality and minimize rework.