Sweden's Impact Coatings Developing Hyundai Fuel Cell Coatings
Development agreement of coating technology for metal bipolar plates, a key component of hydrogen fuel cell electric vehicles.
#automotive #vacuum-vapor
Hyundai is one of the world’s largest automotive manufacturers and is at the forefront of hydrogen fuel cell electric vehicle development.
Share
Impact Coatings in Sweden and Hyundai Motor Company in South Korea have entered into a joint development agreement of coating technology for metal bipolar plates, a key component of hydrogen fuel cell electric vehicles.
Impact Coatings supplies PVD-based coatings for fuel cells and offers coating materials, machines and services. Hyundai is one of the world’s largest automotive manufacturers and is at the forefront of hydrogen fuel cell electric vehicle development. The group includes Kia Motors, Hyundai Mobis and Hyundai Steel. Its commercial activities in the hydrogen fuel cell segment include the Hyundai NEXO SUV and the joint venture Hyundai Hydrogen Mobility in collaboration with H2 Energy in Sweden, which encompasses a rollout of 1,600 fuel cell-powered, heavy-duty trucks from 2019 to 2025.
According to Torbjörn Sandberg, CEO of Impact Coatings, the joint development agreement states that the companies will “jointly research and develop novel materials, processes and equipment for coatings for applying it into bipolar plates for a variety of applications, including fuel cells and/or hydrogen production.”
The agreement specifies customary commercial terms and conditions pertaining to scope of work, exclusivity, treatment of intellectual property rights and sales support. Visit impactcoatings.se.
Related Topics
RELATED CONTENT
-
Identifying New Alternatives for Chromium Plating
A comprehensive review of chromium plating alternatives and a new look at a long-forgotten but potentially important process - iron plating
-
Vacuum Deposition Processes
The deposition of a film or coating in a vacuum (or low-pressure plasma) environment. Generally, the term is applied to processes that deposit atoms or molecules one at a time, such as in physical vapor deposition (PVD) or low-pressure chemical vapor deposition (LPCVD) processes.
-
Vacuum Deposition and Coating Options
This overview takes a look at vacuum deposition technologies as processes that may be used to create coatings that can be substituted for or enhances the properties of electroplated coatings. Initially, this work discusses trends in metal finishing and environmental regulation.
