PVD Nano-Coatings
 Technology, Patent, Turnkey, Machinery, Company Profile, Consultancy, Study, Report, Uses
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Project at a Glance Contents on the CD ROM
  • Physical Vapor Deposition(PVD) Coating is describing a family of thin film coating process which applied under vacuum conditions.
  • A useful technique to improve the surface properties of metallic materials such as wear resistance, anti-corrosion properties and oxidation resistance.
  • Thin PVD coatings deposited onto surface of machine parts and tools are widely used in sectors
    like in machine, electrical engineering and medicine.
  • In PVD coating technology the vapour is generated by physical mean such as Arc, Electron beam, Sputtering etc. then condenses and deposits on the required surface.
  • In Tools coating industry the PVD technology called Cathodic Arc Plasma Deposition is highly
    regarded as the best in term of economy and film quality.
  • Application of selected PVD Nano-structured coatings with a thickness less than 1microM will improve the life of Ni & Titanium cutting tools without worsening at all tool sharpness.
  • Good choosing of PVD coatings will decrease friction that result in a reduction of overheating risk, allowing higher machining speeds and also avoid the usage of lubricant.
  • This technology is being applied by magnetron sputtering on cutting tools has increase the productivity upto 30% when machining Ti Alloys.
  • Advanced development of PVD coatings are designed to withstand severe mechanical and thermal stress conditions.
  • Features are high vacuum, plasma activated coating deposition, requires clean and contaminant free surfaces.
  • Even PVD has widely used to deposit wear-resistant  coatings on a variety of medical devices such as pacemakers, surgical and dental instruments without changing the underlying material properties.
  • With respect to applications the usage of PVD Coating  in gear production is in different phases of market maturity.
  • Success of PVD in high pressure diesel fuel since in 1995 has opened the market for many more applications and the demand for PVD coatings has been increased.

Technology

  • Leading PVD Coating Technology.
  • Nano-PVD Technology.
  • New PVD Milling Grade by adopting Nano Technology.
  • PVD Coating Grades.
  • PVD Coatings.

Properties

  • Properties of PVD Coatings.
  • Properties of gradient PVD coatings deposited on the sintered tool materials.
  • Assessment of PVD coatings properties.
  • Modelling of PVD coatings using neural networks.
  • Wear Resistance of the CrN PVD Coatings.
  • Mechanical properties of monolayer coatings deposited by PVD.
  • Structural properties of PVD Coatings.

Process

  • TBC System fabricated by PVD Processes.
  • Performance of die casting tools through PVD nanocoatings.
  • PVD Coating Process Recommendations.

Project

  • Innovative PVD Nano-coatings on tools for machining titanium and nickel alloys.

Patent

  • PVD Coated Substrate.
  • PVD coated Ruthenium featured cutting tools.
  • Piston ring with a PVD Coating.
  • PVD Coated cutting tools insert.

Videos

  • PVD Coating Process.
  • Physical Vapor Deposition.

Machinery

  • PVD-Coating of Nano composites with Dynamic Rotating ARC-Cathodes.
  • PVD Coating Machine for Stainless Steel Sheets.

Equipment  Suppliers

  • Supplier1 from China.
  • Supplier2 from China.
  • Supplier from Hong kong.

Turnkey Providers

  • Turnkey Provider from Switzerland.

Company Profile

  • Company1 from USA.
  • Company2 from USA.
  • Company3 from USA.
  • Company from South Africa.
  • Company from Indonesia.
  • Company from Singapore.
  • Company from Europe.

Consultancy

  • Consultancy from New York.
  • PVD coating Consultancy.

Study

  • Wear Behaviour of PVD-Coatings.
  • Review of Nano composite thin films and coatings deposited by PVD.
  • Latest Developments in PVD Coatings for Tooling.
  • Hardness Evaluation of Nanolayered PVD Coatings.
  • PVD Coatings strength properties at various temperatures by Nano indentations.
  • Comparison of nanostructure and PVD coatings deposited onto hot tool steel substrate.
  • Effect of nitride Nano-scale multilayer coatings.

Report

  • Comparison of the PVD Coatings.
  • Where can PVD Coatings save money?
  • Oxidation Resistant PVD Super hard Nano composite Coatings.
  • PVD Coatings and Cutting tools.
  • Evaluation of thin PVD Coatings by Adhesive Cohesive Test.
  • All about the Coatings.
  • Thin-film Coatings evolve to improve cutting performance.

Market & Uses

  • Market Survey for a Coating Shop.
  • PVD Coatings for anti-wear Applications.
  • PVD Coatings for improved gear production.
  • PVD coatings for Medical Device Applications.
  • Industrial Applications of PVD Coating.
  • New Generation of PVD-coatings for Cutting Tools.
  • PVD Coating in dry high speed milling of aerospace aluminium.

 

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