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Mechanical Evaluation of Titan
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大小:558 |
2010-08-17
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Introduction
Products are often subject to
environments where friction and
wear can degrade performance. In
such environments, hard coatings
can enhance performance and extend
product life. In tooling applications,
hard coatings are often used to
protect cutting edges, thereby
extending tool life. In automotive
applications, hard coatings lower the
friction between moving parts, thus
reducing energy requirements and
extending part life. Other specifi c
applications for hard coatings include
computer hard-drives and displays for
portable electronic devices. In this
note, we explain the methods and
results of testing a titanium-nitride
coating intended to improve the
performance and extend the life of a
utility blade.
Products are often subject to
environments where friction and
wear can degrade performance. In
such environments, hard coatings
can enhance performance and extend
product life. In tooling applications,
hard coatings are often used to
protect cutting edges, thereby
extending tool life. In automotive
applications, hard coatings lower the
friction between moving parts, thus
reducing energy requirements and
extending part life. Other specifi c
applications for hard coatings include
computer hard-drives and displays for
portable electronic devices. In this
note, we explain the methods and
results of testing a titanium-nitride
coating intended to improve the
performance and extend the life of a
utility blade.
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