Dormer E500-M1,20/0,25 Метчик

Dormer Threading Tap, 38mm Overall Length, M1.2 Thread Size - E500-M1,20/0,25

This threading tap by Dormer is a high-speed steel machine tap specifically designed for precision threading tasks. With the capability to handle M1.2 metric threads and featuring a straight flute design, this tool ensures efficient and accurate results. The threading tap is a reliable choice for professionals in the automation, electronics, electrical, and mechanical industries.

Features & Benefits

• Made of durable HSS material for long-lasting performance
• Designed for machine tapping applications
• Single-piece construction with an overall length of 38mm
• Features a 2.5mm shank diameter for compatibility with various machines
• Right-hand thread direction for ease of use
• Straight flute design for efficient chip removal

Applications

• Ideal for threading tasks in automation and mechanical industries
• Suitable for creating precision threads in electronic components
• Used for tapping holes in various materials with metric thread standards
• Can be used for creating accurate threads in tight spaces
• Ideal for high-precision manufacturing processes

Can this threading tap be used for creating threads in electronic components?

Yes, the Dormer threading tap is suitable for creating threads in electronic components with precision and accuracy.

Will this threading tap work for creating metric threads in tight spaces?

Yes, the straight flute design of the tap allows for efficient threading even in tight spaces.

Is the Dormer E500-M1.2, 20/0,25 tap compatible with a 2.5mm shank?

Yes, this threading tap features a 2.5mm shank diameter, making it compatible with machines that require this size.

What makes this threading tap suitable for high-speed applications?

The high-speed steel material used in the tap ensures durability and reliability even in high-speed applications.

Can I expect precision results when using this tap for threading tasks?

Yes, the Dormer threading tap is specifically designed for precision threading tasks, ensuring accurate results every time.