E-Mobility & Hydrogen ICE
Empowering sustainable future mobility with low-friction and wear-resistant coating solutions
Coatings for E-mobility and Hydrogen components
Ionbond’s Tribobond™ 40 hard, carbon-based coatings are used for many purposes for example in internal combustion engines powered with hydrogen ICE and in battery electric cars (BEV). For instance, they are used to minimize the friction losses in drive trains to extend the driving range of electric cars but can also be used to protect moving components in hydrogen fuel injectors. Coated components for e-compressors, water pumps, sealing, steering and braking units increase the robustness and lower the energy consumption of non-drive train systems. Diamond-like carbon (DLC) coatings are also used in fuel cell electric vehicles (FCEV) or electrolyzers for the production of “green” hydrogen: the coatings are applied to bipolar plates to enhance their electrical conductivity and to increase the lifetime of the fuel cell stack.
Whitepaper
Coatings for Tribological Hydrogen Applications
Our tribological coatings are the perfect solution for boosting the longevity and efficiency of your injection components, valves, and compressors. Download our whitepaper now for more insights!
7 pages | 11 minutes well spent
Sustainable future mobility
The vision of a future mobility – sustainable and CO2 neutral – places increasing requirements on engineering. Higher specific mechanical and thermal loads on components and the need to minimize friction losses in tribological assemblies lead to a demand for new materials and innovative surface treatment processes to reduce friction and wear. IHI Ionbond’s low-friction and wear-resistant coating solutions perfectly match these requirements.
Plasma-enhanced vacuum coating technology (PVD/PACVD) is one of the key contributors to adjusting to these demands. Ionbond’s Tribobond™ coatings increase the wear resistance and efficiency of power trains by reducing friction. It is the enabling technology for higher-load conditions and also contributes to longer component lifetimes. This makes sure that Ionbond created coatings for the future of mobility.
Discover the Tribobond™ 40 series
Reduce friction, increase load-bearing capabilities and extend component lifetimes.
Premium coatings for automotive components
Ionbond’s coating portfolio for Automotive Components offers various low-friction and wear-resistant coating solutions for higher load conditions and increases the lifetime of the components.
Questions?
Discuss your challenges with André Hieke
André Hieke, Global Segment Manager Automotive, will be glad to support you.
We will get back to you as soon as possible
André Hieke
Global Segment Manager Automotive