3 Promising Opportunities in Thermoplastics & Semiconductors

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3 Promising Opportunities in Thermoplastics
Semiconductors

• Thermoplastic offers a practical and reliable
  solution for making of semiconductors. This
  article discusses importance of thermoplastics
  for semiconductors, and various opportunities for
  the semiconductor industry.

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Thermoplastics and Semiconductors

• Normally, plastic engineering is very easy and
  simple to handle. However, when it is used for
  engineering semiconductors, it poses a variety of
  challenges. Thermoplastic semiconductors design
  demand manufacturing under rigid and demanding
  environmental conditions, which make it tricky
  and challenging to produce. The thermoplastic
  engineers work directly with semiconductor
  specialists for understanding the unique
  challenges associated with every aspect of the
  semiconductor manufacturing process. From wafer
  processing cycle, through chip processing and
  handling, to packaging, semiconductors require
  continuous collaboration of specialists.
• The era of technology has made the semiconductor
  industry relevant and in-demand more than ever.
  Various growing sectors, which are now being
  commercialized, require semiconductors. For
  instance, semiconductors are the basis for
  electronic components, which are the building
  blocks of billions of devices, including the
  Internet of Things and mobile device ecosystems.

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• All our communication devices are based on ICs
  and chips. From small and simple gadgets to
  complex servers, enabling cloud services, chips
  are the basic component of all machines. The
  drive of machine learning on the rise is
  influencing the growth of various other
  industries, inspiring many new startups to have
  attractive opportunities in the technology field.
  All these factors provide a boost for the
  semiconductor industry to expand and grow. The
  semiconductor industry expected a growth of 12
  in only 2017, and has been increasing since then.

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The Internet of Things

• Many organizations operating within the
  semiconductor industry are expanding their
  portfolios, so as to penetrate more into the
  technology industry, and offer wide range of
  services. Whether it is hardware design or
  software development, whether complex systems
  integration or getting into a niche applications
  such as smart watch, semiconductor remains
  relevant in each case. All tech-related firms are
  diversifying, and enriching their product range
  to have a wider market capture, across multiple
  sectors and industries.
• The semiconductors are an important component of
  miniaturized IoT sensors, which are small
  powerful chips. They consume low power have high
  memory count and wireless connectivity, hence
  provide the basis for 5G revolution.

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• The high demand of semiconductor has its own
  downsides. The emergence of new vistas of
  technology, the number of market players, and the
  diversification of already operational players in
  the market put a strain on the demand of
  semiconductors, which comes into play with other
  market forces, and push the prices for raw
  materials take a hike. Such competitive
  environment compels the players to secure
  sufficient raw material supply so that they can
  remain relevant and compete with other players in
  the long run.

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The Automotive sector

• The usage of semiconductors for Automotive
  Electronics and industrial electronics saw an
  increase from 2016 to 2020. With the invention of
  new technologies and gadgets, the automotive
  sector is continuously undergoing significant
  changes to be responsive to changes going on in
  electronics sector. They are continuously in
  demand of semiconductors in order to integrate
  new digital advancements in vehicles.
• The inculcation of semiconductors in automobiles
  present promising opportunity for semiconductors,
  however, there exists a technical challenge of
  integrating sophisticated technologies- such as
  wireless connectivity and artificial intelligence
  to cloud services and IoT.

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Conclusion

• Each stage of thermoplastic semiconductor
  manufacturing has its own set of difficulties. It
  includes dealing with extremely high
  temperatures, contact with abrasive solvents,
  exposure to highly aggressive chemicals, and
  environments of plasma under a vacuum. The usage
  of semiconductors in technology sector for the
  manufacturing of sophisticated tools and gadgets
  require the manufacturing to be done to its
  perfection.
• Plastic semiconductors must be resistant and
  tolerant to every environment, and they must meet
  the strictest requirements of design. Since many
  giant industries rely on semiconductors, it is
  recommended to acquire chips from only reliable
  manufacturers.

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• Austin Seal Company has experienced and
  knowledgeable team for designing and
  manufacturing of thermoplastics and
  semiconductors. The outside account managers can
  assist you with application and design review,
  material selection, seal and profile design,
  problem solving, sampling and prototyping, as
  well as failure analysis and recommendations.

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