Should the cutting conditions of the ...
Should the cutting conditions of the S-XPF be used at the same level as the conventional forming tap ? For materials other than stainless steel, it can be u... 詳細表示
Pilot hole diameter of oversize for...
forming tap makes the Pilot hole bigger as it grows.Since the RH number is +0.013mm for every 1 increase,In the case of STD+3, STD+0.039mm is a guide.For th... 詳細表示
There are P and B on the S-XPF inscri...
The P and B shown on the Tap shank represent the chamfer length of the forming tap . The P (plug) is 4 pitches long for through hole , and the B (bottom) is... 詳細表示
How hard can S-XPF be processed?
As a guideline, it is possible to process 35 HRC or less. 詳細表示
What are the advantages of OIL-S-XPF ...
The oil-S-XPF with oil hole is capable of mist (MQL) processing. It can also handle high-speed machining with cutting speeds exceeding 30 m/min. Not only ef... 詳細表示
What is the difference between S-XPF ...
Compared to conventional NRTs, the S-XPF is a grooveless Tap that can be processed with lower torque and lower heat generation. It is suitable for high-hard... 詳細表示
What are the benefits of S-XPF torque...
XPF, which has low torque and low heat generation, can be used for rolling large-diameter, high-hardness materials. It is also effective for high-speed, lon... 詳細表示
The S-XPF is a grooveless Tap that reduces processing torque and heat generation, and enables rolling of high-hardness materials up to 35 HRC. With a rich l... 詳細表示
The S-XPF does not have a short chamfer type of chamfer 1P. The same Form Tap series, the A-XPF is available in the chamfer 1P lineup. References: A-XPF Ca... 詳細表示
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