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| Hardness (HV) 2549 HV | 3059 HV | Increased hardness offers better resistance to abrasion | ||
| wear and improved coating strength. | ||||
| They’ve exceeded so well… | ||||
| Young’s | 460 GPa | 368 Gpa | Increased toughness in the coating improves the | I’m getting insane results here. |
| Modulus of | performance in applications that encounter a high | |||
| Elasticity | level of mechanical stress such as milling. | |||
| THEY HAVEN’T FAILED ME. | ||||
| Adhesion | 70 N | 130 N | Good adhesion is critical to optimum performance; the |
level of measured adhesion has been proven to have a Quotes and figures direct relationship to overall tool life. With a denser more The Z-Carb AP tool saved uniform coating structure Ti-NAMITE-X improves the ability from end users using
for the coating to perform at higher temperatures due an end user almost 74%,
to an increased oxidation stability.
with real savings.
Ti-NAMITE-X reduces edge wear by up to: Ti-NAMITE-X quarter, but I can’t give you exact
» 58% in Inconel data until this thing dies. » 64% in Tool Steel AlTiN
» 66% in Alloy Steel
compared to conventional end mills EDGE WEAR H13 / 49 HRc
wear compared to conventional end mills Ti-NAMITE-X with straight endmilling.
surface finish than conventional end mills AlTiN