New advancement in technology continues to alter component size and their surface properties across practically all industries. In particular, advances with biomedical and microelectronic components and the crucial understanding of their surface interaction. For industries requiring the precision of sensitive surface structure, it is vital that modification of the material surface is controlled and provides the intended surface interaction. Sensitive component surfaces and or their size, has made tribological study difficult, enabling proper identification of wear/friction results for research and quality control purpose. Thus, furthering the need for reliable identification of wear/friction surface interaction at smaller loads and on smaller applications.
APPLICATION NOTE: http://www.nanovea.com/Application%20Notes/nanoweartribology.pdf
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