PVD Nickel (Physical Vapor Deposition Nickel) coating is a type of
thin film coating applied through a physical vapor deposition
process. Here's some information about PVD Nickel coatings:
- Composition: PVD Nickel coatings are primarily composed of nickel
(Ni) metal. The coating is deposited onto the substrate using a
vacuum deposition process, where nickel atoms are vaporized and
then condensed onto the surface to form a thin film.
- Properties: PVD Nickel coatings offer several advantageous
properties, including:
- Hardness: Nickel coatings exhibit good hardness, providing improved
resistance against wear and abrasion. The hardness of the coating
helps protect the underlying substrate from damage, enhancing its
durability.
- Corrosion Resistance: Nickel has inherent corrosion resistance, and
PVD Nickel coatings further enhance this property. The coating acts
as a protective barrier, preventing the substrate from being
exposed to corrosive environments and extending its lifespan.
- Electrical Conductivity: Nickel is an excellent electrical
conductor, and PVD Nickel coatings preserve this property. These
coatings are commonly used in applications where electrical
conductivity is required, such as electronic components and
contacts.
- Decorative Options: PVD Nickel coatings can be applied with
different finishes, such as polished, brushed, or matte, providing
a range of decorative options for various applications.
- Applications: PVD Nickel coatings find applications in various
industries and products, including:
- Decorative Applications: PVD Nickel coatings are used in decorative
applications, such as jewelry, watches, and fashion accessories.
The coatings can provide a lustrous, metallic appearance and
enhance the aesthetic appeal of these items.
- Automotive Industry: PVD Nickel coatings are employed in the
automotive industry for various purposes. They can be applied to
components like wheels, trims, and badges, providing a
corrosion-resistant and visually appealing finish.
- Electronics and Electrical Components: PVD Nickel coatings are used
on electronic and electrical components, such as connectors and
contacts, to improve their conductivity, corrosion resistance, and
durability.
- Tooling and Cutting Tools: Nickel coatings can be applied to
cutting tools and tooling to enhance their wear resistance and
prolong their lifespan. These coatings are commonly used in
machining and metalworking applications.
- Medical Devices: PVD Nickel coatings find applications in the
medical industry, particularly for surgical instruments and
implants. The coatings offer biocompatibility, corrosion
resistance, and ease of sterilization.
PVD Nickel coatings provide a range of benefits, including
hardness, corrosion resistance, electrical conductivity, and
decorative options. They are applied in various industries to
improve the performance, durability, and aesthetics of different
products and components.
Technical Specifications:
Deposition Chamber (mm) | Stainless Steel with liners, φ1600 x H1600 (63” x 63”) |
Effective Coating Zone (mm) | φ1350 x H1250 |
Load Mass (kg) | 500 ~ 1000 |
Number of Satellites (mm) | 6 x φ 350 |
Pulsed Bias Power | 48KW |
Arc Cathode Power (KW) | 9* 5 |
Pulsed Sputtering Power (KW) | 2* 48 |
Vacuum Pump | Mechanical, roots and diffusion pumping package |
Operation Control System | PLC controlled processing with Touch Screen HMI |
Electrical Enclosures (mm) L x W x H | PS : 1200 x 2000 x 600 Power : 600 x 2000 x 1000 |
Machine configuration according to customer requirements, the fixturing design and workshop layout plan supported by Royal Technology |
Please contact us for more specifications, Royal Technology is
honored to provide you total coating solutions.