Dormer Threading Tap, M6 Thread, 1.0mm Pitch, Metric Standard, Machine Tap

This threading tap by Dormer is a high-quality machine tap made of HSS-XS1 material. With a metric thread size of M6 and a spiral flute design, this tap is reliable for various threading applications in the automation, electronics, electrical, and mechanical industries.

• Made of high-quality HSS-XS1 material for durability and precision threading
• Features a metric thread size M6 suitable for a wide range of threading tasks
• Designed with a spiral flute for efficient chip removal and smoother tapping
• 6mm shank diameter for compatibility with different machines
• Right-hand thread direction for easy and accurate threading

• Ideal for creating threads in metal, plastic, and other materials with precision
• Can be used for repairing damaged threads or creating new ones in various
• Suitable for DIY enthusiasts, hobbyists, and professional machinists looking for a reliable threading tool

Yes, this threading tap is designed to create threads in metal, plastic, and other materials with precision and ease.

Yes, the 6mm shank diameter of this tap makes it compatible with machines requiring that size.

Yes, this threading tap is versatile enough to be used by DIY enthusiasts, hobbyists, and professional machinists looking for high-quality threading tools.

The spiral flute design ensures efficient chip removal and smoother tapping, making the threading process easier and more precise.

Yes, this threading tap is reliable for repairing damaged threads or creating new ones in various applications.

Rolled Flute Taps

Bright finish fluteless taps; for use on copper, aluminium, magnesium, brass, zinc etc.
Flash chrome finish fluteless taps; for use on steel up to 850N/mm² tensile strength, free matching and austenitic stainless steel
Made to ISO529 standard for tapping blind and through holes in a wide range of ductile materials
Smooth non-cutting action produces greater thread formed strength, higher life expectancy and increased tapping speeds especially where excessive tension occurs