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All
instruments,
barber scissors to be
coated are enclosed in a vacuum chamber. This vacuum chamber is then gently
heated to a specific temperature. Deposition material such as titanium is
vaporized by means of an electric arc. These now highly charged titanium
ions are mixed with a nitrogen gas forming a plasma. This positively charged
titanium plasma is attracted to the negatively charged part to be coated.
Ion by Ion, the titanium bonds to the part, growing a thin, hard film on the
surface.
The intense plasma generated by the arc evaporation source continually
bombards the substrates during the coating cycle. The plasma generated has a
high concentration of ions which yields well adhered dense films.
Venusworldwide
today, Both manufacturing and design engineers recognize the benefits of
thin-film coated products. By applying a carefully selected 3 ~ 5 micron
coating on tool work surfaces, tool life can be increase dramatically, from
50% to 500% longer or more! Additional savings quickly add up, not only from
reduced tool replacement cost, but also from the significant reduction in
production down time for tool changes and set-ups. Overhead costs associated
with purchasing, receiving, and reconditioning also add to the overwhelming
benefits of using coated tools.
This article is submitted from Venus
Worldwide, Leading manufacturer and exporters of quality Beauty Tools,
Pet grooming products, barber scissors, manicure products, skin care and
facial tools.
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