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Vacuum Coating Evaporator

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Vacuum Coating Evaporator.

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Vacuum Coating Evaporator.

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Equiv. of EP 1496136

Vacuum Coating for Automobile Manufacture

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Description of vacuum & plasma coating e.g of headlight reflectors. Gold, iridescent & other colour effects can be obtained and the process can be integrated with application of other coatings, e.g for corrosion resistance. Plants are shown and costs laid out.

Vacuum coating forming device

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Forms a thin-film coating by means of a pressure gradient plasma gun,and a converging coil to control the plasma beam.

Vacuum coating forming device.

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Title apparatus is to form thin-film coatings by focussed plasma beam in vacuum.

Vacuum coating helps hardware manufacturer

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Case study of US Baldwin Hardware where customer complaints regarding lacquered brass led to introduction of electroplated finishes with PVD (Zirconium nitride) outer finish to give highly durable & corrosion resistant finish for architectural hardware, door and window handles & furniture. Colour photos show these.

Vacuum coating in medical technology

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Sketch shows most common locations of implanted devices. Biocompatibility issues are discussed incl. corrosion & decomposition of man-made materials in the biological environment. Summary of PVD and CVD process options. Survey of candidate materials, incl. DLC, metals, oxides, nitrides, esp. of titanium; hydroxyapatite, parylene. Vacuum coating, thrombotic effects, haemocompatible (hemocompatible) surfaces. Materials residing in tissue, silicone implants, meshes for tissue replacement. Materials in contact with bone, artificial joints. Short-term implanted materials. Appendix: test methods for biocompatibility. 46 refs

Vacuum Coating Lengths of Sheet

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Vacuum coating miscellany

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Short notes on laser surface treatments, incl. laser treatment of electroplated surfaces, plasma & PVD coatings, anodised coatings, aluminium oxides & other dielectrics, electroless metallising of diamond coatings, activation & metallising of plastics and adhesion of plastics. Comments on diamond coated cutting tools from Mitsubishi, Plasma-CVD for large area coating with diamond, metallising of diamond surfaces; use of CVD for aluminium oxide multilayers for tools. This is based on PVD coating with titanium aluminium nitride, which forms aluminium oxides under frictional heat of cutting. Corrosion resistant coatings formed by sol-gel to protect aluminium & titanium and nickel chromium alloys (Brookhaven Nat'l Lab, USA).

Vacuum coating miscellany II.

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Notes incl. CVD dep'n of silica coatings by LPCVD using tetraethoxy silane (TEOS), CVD of silicon borocarbonitride, MO-CVD of gallium nitride; use of orthorhombic titanium aluminide matrix with silicon carbide fibre reinforcement for ductile protective coatings; wear protection of lubricated rough surfaces (scientific study). Continuous coating of thin foils or films, less than 100µm thick to render them less permeable. Modelling & classification of LPCVD processes (CVD). Ceramic coatings for diesel engine cylinders of mixed zirconia & chromia. (SAE Techn. paper 970204).

Vacuum coating notes

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Summary of meeting held at Fraunhofer Inst. Dresden Dec. 1997 on thin films. Size of vacuum coating market statistic in 1995 was est. at DM 14 billion. Major headings to this are listed. Uses of vacuum coating in solar architecture are described with some production statistics. Note on biocompatible coatings. Summaries of German VDI notes on vacuum & thermal spray coatings in hydraulic cylinders and direct bonding of wafers without adhesives. Use of CVD diamond coatings to cool transistors; use of nanoparticles to form transparent coatings; thin silicon coatings for solar cells; MO-CVD of zirconium oxide coatings.

Vacuum coating notes

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Brief notes on Israeli work using laser surface modification to reduce friction; new homogeneous microwave plasma source, new X-ray material analysis system; spray forming of nickel superalloys (Osprey Metals); surface cleaning with high energy carbon dioxide snow (dry ice) with large energy savings compared with conventional blasting; selective surface treatment with laser of a nickel alloy, on which powder has been applied which is then laser melted.

Vacuum Coating of a Metal Band

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Vacuum coating of cubic boron nitride film

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