What type of holes is this machine tap designed for?

This machine tap is specifically designed for cutting metric threads in blind holes.

What thread size and pitch does this tap produce?

It cuts a standard right-hand metric M20 thread with a pitch of 2.5 mm.

What are the dimensions of the shank and drive square?

The tap features a 16 mm reduced shank (DIN 376) and a 12 mm external square drive.

What is the maximum cutting depth?

The maximum cutting depth is 34 mm.

Does this machine tap have an internal coolant channel?

No, this tap does not have internal through-tool cooling.

PHANTOM 233012000 UNI HSS-E machine tap DIN 376 metric for blind holes M20

Name: PHANTOM 233012000 UNI HSS-E machine tap DIN 376 metric for blind holes M20
Brand: PHANTOM
SKU: 51200300
Price: 125.84 EUR
Availability: InStock

Supplier number: PHANTOM 233012000 | EAN 8716563343011

125.84 tax incl.

€104.00 excl. VAT (incl. all environmental contributions)

On stock - immediately available | we have 3 products in stock.

Ordered before 20:00 - delivered tomorrow 14/10/2026
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Delivered from Belgium

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Precise thread cutting in blind holes

Practical benefits

Reliable Phantom HSS-E performance: The HSS-E steel construction delivers outstanding wear resistance and extended tool life during demanding tapping tasks.
Efficient upward chip removal: The spiral flute geometry pulls chips upward out of blind holes, preventing binding and breakage.
Accurate standard metric threads: You create clean M20 threads with a 2.5 mm pitch matching strict DIN 376 specifications.

In a nutshell

The right choise for

With the Phantom uni HSS-E/V3 machine tap, you reliably cut clean metric M20 threads with a 2.5 mm pitch in blind holes. The high-performance hss-e steel construction delivers outstanding wear resistance and extended tool life during demanding metalworking operations in steel. Its spiral flute geometry pulls chips smoothly upward out of the blind hole, preventing chip jamming and tool breakage. Built to strict din 376 standards, this right-hand cutting tap features a 16 mm shank, a 12 mm drive square, and a maximum cutting depth of 34 mm, giving you the precision and dependability you need in the workshop.

Product information FAQ

€125.84

In stock - tax incl.

Key features according to our expert

Thread size: M20
Max. cutting depth: 34
Thread type: Metric
Material (machine tap): HSS-E
With innercooling: No
Application (machine tap): Blind hole
Square size: 12 mm
Shank type: External square
Shank size: 16 mm
Cutting direction: Right
Pitch: 2,5 mm

Product Description:

Phantom UNI HSS-E Machine Tap DIN 376 Metric Coarse
DIN 376, 60°, reduced shank, helix 40°, for blind holes, lead 2,5 chamfer, cutting length 10 threads, back tapered after the 5th chamfer

All Features

Thread size: M20
Max. cutting depth: 34
Thread type: Metric
Material (machine tap): HSS-E
With innercooling: No
Application (machine tap): Blind hole
Square size: 12 mm
Shank type: External square
Shank size: 16 mm
Cutting direction: Right
Pitch: 2,5 mm
Pitch (p): 2,5 mm
Total length (l1): 140 mm
Tool material: HSS-E
Flute length (l2): 34 mm
Tolerance d2 (tol. d2): h9
Coolant feed: No
Thread diameter (d1): M20
Square wide (sw): 12 mm
Quality: UNI
Shape: C
Tolerance d1 (tol. d1): ISO 2 / 6H
Shank ø (d2): 16 mm
Hole type: for blind holes
Surface: Bright
Norm: DIN 376
Pre-drilling diameter (ø): 17,5 mm

Brand PHANTOM
51200300
EAN 8716563343011
Supplier number PHANTOM 233012000

Frequently asked questions about this product

Answered by specialists

What type of holes is this machine tap designed for?: This machine tap is specifically designed for cutting metric threads in blind holes.
What thread size and pitch does this tap produce?: It cuts a standard right-hand metric M20 thread with a pitch of 2.5 mm.
What are the dimensions of the shank and drive square?: The tap features a 16 mm reduced shank (DIN 376) and a 12 mm external square drive.
What is the maximum cutting depth?: The maximum cutting depth is 34 mm.
Does this machine tap have an internal coolant channel?: No, this tap does not have internal through-tool cooling.