Wiseman Threading Tools Spiral Point Metric HSS Tap Right Hand - M1.6x0.35

Wiseman Threading Tools Spiral Point Metric HSS Tap Right Hand - M1.6x0.35 is a precision threading tool built for dependable performance in through-holes. Crafted from high-speed steel, this ground, uncoated tap adheres to ISO 529 dimensions and delivers a clean, accurate M1.6x0.35 thread with a right-hand direction. It’s designed for general-purpose tapping across a variety of materials, making it a reliable choice for workshop, maker, and production environments.

The standout feature is the spiral point (gun nose) geometry. As you cut, the spiral flutes push chips forward toward the opening, helping to keep the hole clear and enabling quicker, more consistent thread formation. This geometry is particularly advantageous for through-hole applications where chip clearance is critical to avoiding tap chatter, binding, or breakage.

• Spiral point (gun nose) design: efficient chip evacuation and smooth cutting in through-holes.
• Material and finish: high-speed steel (HSS) ground, uncoated for broad compatibility and dependable performance in everyday threading tasks.
• Size and standard: metric M1.6 x 0.35, right-hand thread, aligned with ISO 529 dimensions for interchangeable use with standard tapping equipment.
• Application fit: ideal for general-purpose tapping in metal and suitable plastics when used with proper lubrication and compatible tooling.
• Tooling setup: pair with a standard tap wrench or machine tapping setup; align straight to maximize thread accuracy and minimize drill walk.

Whether you’re refurbishing a precision assembly, fabricating a small mechanical component, or performing routine maintenance on equipment, this Wiseman HSS tap provides reliable thread forming with consistent flank geometry. To get the best results, apply light, steady feed and use appropriate cutting fluid or lubricant to reduce friction and extend tool life. For users who value predictable performance, this tap offers a practical balance of speed, accuracy, and durability in a compact metric size.