TiXCo PVD Coating
The TiXCo coatings, both TiXCo 3 and TiXCo 4, are the hardest nanocomposite we have available, incredibly useful for hard machining. TiXCo 3 has high surface quality, is incredibly had and wear-resistant, and is useful for finishing processes in milling and drilling. TiXCo 4 is more versatile and has a wide range of uses, including broadband applications.
| Property | Values |
|---|---|
| Nano hardness | 42-44 GPa |
| Coating thickness | 1-4 μm |
| Coefficient of friction | 0.3 |
| Max. service temperature | 1100 °C |
| Color | Copper |
TiXCo® includes the 4 basic elements (Ti, Al, Cr, Si), it is constructed as a multilayer (CrTiN, CrTiAlN, Ti-
SiN), uses an uppermost, extremely hard TiSiN top layer, which predestines the layer for hard machining.
Impressed by the performance of the layer in hard machining, the layer was also used by customers in other
ways. Good results were found at wet graphite cutting even against CVD diamond layers or at reaming.
Applications for TiXCo Coating
TiXCo is a multilayer PVD coating (often incorporating Ti, Al, Cr, Si with a TiSiN top layer) known for its extreme hardness, thermal stability, and nanocomposite structure, ideal for tough machining tasks. It's applied in specialized industrial contexts to maximize tool performance in hard or abrasive conditions. Below is a summary of its key applications, based on industry standards:
- Hard Machining and Cutting Tools: Excellent for end mills and cutters in hard turning and milling of steels and alloys, providing superior wear resistance and edge stability.
- Graphite Cutting and Reaming: Performs well in wet or dry graphite processing and reaming operations, often rivaling CVD diamond coatings for precision and durability.
- Forming and Injection Molding: Suitable for form tooling and injection molds in plastics and rubber, reducing friction and extending component life in high-volume production.
- General Machine Components: Used on gears, valves, and bearings for abrasion resistance in automotive and manufacturing environments.
TiXCo thrives in high-temperature and hard machining scenarios (up to 1000 °C), but it's best for specific high-stress uses rather than general applications. For ojperformancecoating.com, you might want to highlight these in product descriptions to match user needs!