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HIPIMS

The high adhesion and density of HIPIMS coatings enhances protection ability against harsh environments with high temperature oxidation, wear and corrosion such as aerospace and power generation gas turbines, automotive engine components, hydraulic parts, cutting tools as well as in more delicate long life environments such as biomedical implants.  The high density of the films brings performance enhancements in semiconductor wafer packaging, photovoltaic cell layers (absorber, back and front contacts) and antibacterial treatment.

The technology has been upscaled for the first time at Sheffield Hallam University and is now marketed by the industry.


News

Dr A P Ehiasarian with the Sheffield Hallam University team
Dr Arutiun P Ehiasarian from MERI's Nanotechnology Centre for Physical Vapor Deposition Research (PVD) was recently honored at a...

Featured case study

Test facilities are available within MERI for monitoring and quantifying the corrosion degradation of materials and coatings. These include...

Featured staff profile

Papken_Hovsepian.jpg
Head of the Thin Films Research Centre

Related research

  HIPIMS power supply development for cathode and substrate bias – project partner Huettinger Electronic Sp. z o.o., Warsaw...
High-temperature resistant nanoscale multilayers - silicon free CrAlN/CrN and CrN/AlSiN. Low friction/wear coefficient TiAlCN/VCN nanoscale...
Adapt and expand the capability of existing of plasma diagnostic techniques to the environment of the HIPIMS discharge. Expand the range of...
Duration: 1997-present X-ray diffraction stress analysis allows detailed determinations of the magnitude and nature of the stresses...
Duration: 1999-2002 Raman microspectroscopic analysis of all the generations of PVD hard coatings: binary TiN, multicomponent TiAlN and...

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