Why is Parylene Coating Conformal? Process Makes Perfect

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Why is Parylene Coating Conformal? Process
Makes Perfect
Designers and manufacturers of electronics of the
world are required to make products that are
smaller, lighter and also environment friendly.
The need of the hour for various manufacturers is
something that performs reliably in their
operating environment. Some of them include
chemical exposure, moisture, excess sunlight,
electrical charges and even severe temperatures.
A versatile product like Parylene coating
by Parylene Coating in Malaysia delivers all the
above conditions and helps the manufacturers
address various challenges.

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What is Parylene? Parylene was originally
developed by a group of scientists at Union
carbide in the 1950s. It is a generic name that
is given to polymeric and organic coating
materials. The basic characteristic of this
material is it is ultra-thin, pin-hole free and
conforms to the other components used.  The
Parylene Coating Suppliers in Malaysia have been
dealing with this versatile product for many
years and is easily available.  After the recent
growth in exports and imports, products like
Parylene are in high demand.
 
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What are the various types of Parylene Coating
Process? There are quite a few variants of
Parylene like P-xylenes and its substitutions
like Parylene N, C or D. It is a highly
crystalline material and very flexible for
usage. The process of Parylene coating by
Parylene Coating Manufacturer involves various
aspects like thorough cleaning, activation and
masking and the final product is placed in the
deposition chambers to be coated. The product is
kept in room temperature throughout the coating
process.  Since it is highly stable it can
literally withstand any type of local
temperature.
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• Important features of Parylene
• There are several beneficial features of using
  Parylene for various industries and manufacturing
  purposes for Parylene Coating in Malaysia.
• Conformity and Thickness and Uniformity
   Parylene is consistent and uniform material and
  thin layer is sufficient while using it.
• Hassle free handling Parylene is used in room
  temperatures and there is no mechanical or
  thermal stress involved. It is pretty safe for
  handling and can be introduced at any point of
  application.
• Electrical ability Another important
  characteristic of Parylene is that it is
  dielectric constant and has a unique insulating
  property. It can resist any type of volume and
  surface sensitivity. It is highly pure, does not
  attract moisture and prevents ionic impurities in
  conventional coatings.
• Good mechanical strength Parylene is highly
  tensile and yields a great amount of strength. It
  has a low gravity and hence useful for making
  several products like conductors, microcircuits,
  conductor bridges bonded chips and so on.

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• Extended protection The chemical composition of
  Parylene is such that it has an exceptional
  ability to prevent corrosion due to moisture,
  salt, sprays, vapours and other non-conducive
  environments. It is a great barrier for
  extractable metals which may contaminate
  otherwise.
• Conclusion
• Parylene film improves the surface properties of
  various materials and in ways that cannot be
  possible by other materials or industrial
  processes. It is a controllable application and
  provides consistency and cost effective results.
  The need for high-quality products with conformal
  coating is increasing and Parylene Coating in
  Malaysia plays a very important role in this
  whole gamut.

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