After several years of hoopla, the industry may begin to see atomic layer deposition (ALD) used at the 65nm node, but physical vapor deposition (PVD) will nevertheless still be used at least down to ...

PVD is the most important coating process to produce thin layers of materials. Used for architectural or smart glass, displays, touch panels and solar cells, thin layers provide crucial properties for ...

Alluxa, Inc., introduces a capability in extending the spectral optical coating performance. The innovative, next-generation SIRRUS™ plasma physical vapor deposition (PVD) platform offers full ...

NEW YORK, April 12, 2017 /PRNewswire/ -- Use this report to: - Analyze various types of PVD equipment, materials and services, and to understand the opportunities and highlights of the market for PVD ...

Typical physical-vapor-deposition (PVD) hard coatings are 20 times thinner than a human hair, yet they can drastically improve performance, boost reliability, and extend service lives of tool and ...

Just a general observation: when your project’s BOM includes ytterbium metal, chances are pretty good that it’s something interesting. We’d say that making your own OLED displays at home definitely ...

The main market opportunities in the Semiconductor PVD Equipment sector lie in addressing the complex needs of scaling and material innovations while ensuring resilient and efficient manufacturing.

Temperature-sensitive parts that can't stand a lot of heat are now fair game for high-performance coatings. Vapor-deposition processes let designers apply finishes that are both functional and ...