NO.1299, Xinjiniqao Road, Pudong New District , Shanghai, China.


Ecorative Pv Surface Treatment Magnetron Sputtering Aluminum Coating Machine

Product applications Sputtering Components

Architectural and Anti-Reflective Glass | Solar Technology | Display and Web Coating | Functional and Decorative Coating. Architectural and Anti-Reflective Glass. The first large scale commercial use of rotary magnetron (rotary or cylindrical cathode) sputtering technology was in the field of large area glass coating.

inubia b 6 & b12 - Oerlikon

INUBIA B6 and B12 PVD coating machines are ideal for high-end surface treatment operations that wish to combine decorativeness, durability, operational efficiency and reproducibility - Coating adhesion and durability through reactive and non-reactive magnetron sputtering technology with high degree of ionisation

Reactive direct current magnetron sputtering of aluminum oxide

Aluminum oxide coatings were reactively direct current magnetron sputtered using an arc suppression unit to stop arcing on the cathode. The process was very controllable when the arc suppression unit was used, and it did not produce any debilitating arcing as is commonly found with conventional reactive direct current

Arc Reduction in Magnetron Sputtering of - Advanced Energy

Arcing is a common source of numerous issues in mag- netron sputtering. In contrast to the preferred uniform glow for stable sputtering, arcs are characterized as intense, localized concentrations of plasma supported by collective emission of electrons from the sputtering surface. [1]. The concentration of energy at an arc site

New vacuum coating technologies for metal strips and foils - Aimcal

Jun 2, 2016 1 Introduction. 2 Vacuum in-line pre-treatment by hollow cathode sputter etching. 3 Substrate cooling in vacuum. 4 PECVD process for metal strips. 5 Plasma activated high-rate electron beam PVD. 6 Applications and results. - Titanium based photo-catalytic and hard coatings. - Silicon oxide layers for

Thin film - Wikipedia

A familiar example is the household mirror, which typically has a thin metal coating on the back of a sheet of glass to form a reflective interface. The process of silvering was once commonly used to produce mirrors, while more recently the metal layer is deposited using techniques such as sputtering. Advances in thin film

Effects of Substrate Temperature on the Corrosion Behaviour of

May 16, 2016 It has therefore been widely used for the deposition of corrosion-resistant, wear-resistant, and electrically insulating coatings and for decorative coatings on Figure 1: Surface morphology of nanochromium coatings deposited by magnetron sputtering with substrate temperatures (a) 300°C and (b) 500°C.