Join the Ionbond Summer School on tribological coatings for mobility applications
We are excited to launch the third edition of the Ionbond Summer School program. This time on tribological coatings for mobility application. Learn how tribological coatings help mobility components reduce friction, resist wear, and operate reliably under demanding conditions. Access five expert-led lessons covering diverse mobility applications and the role of advanced surface engineering in enhancing performance and durability.
Discover advanced tribological coatings for mobility applications in five lessons
We would be thrilled to have you on board and to be part of a growing community of learners and enthusiasts exploring the benefits of tribological coatings for future mobility applications.
Subscribe now to get access to the following lessons:
Lesson 1: How are tribology coatings designed?
Learn how tribology coatings are developed and optimized for demanding mobility applications. Discover how DLC coatings are tailored to specific operating conditions and why understanding the complete tribological system is essential to achieving maximum performance.
Lesson 2: Extremely resilient DLC coatings
Explore coating solutions designed for extremely high loads. Using a differential pin in an electric vehicle as an example, discover how advanced DLC coating architectures withstand increased stress, changing lubrication conditions, and demanding tribological environments.
Lesson 3: Tribology coatings for hydrogen applications
Alternative fuels are reshaping mobility. Learn how hydrogen and hydrogen-containing fuels create new challenges for tribological systems and how advanced coating technologies help address wear, corrosion, and hydrogen embrittlement.
Lesson 4: Coating solutions for aerospace and aviation
Discover how advanced coating technologies help aerospace and aviation components withstand extreme temperatures, aggressive environments, and demanding operating conditions while improving reliability, efficiency, and service life.
Lesson 5: Coating solutions for radar antennas
Explore how specialized coating systems enable high-performance radar antennas for Advanced Driver Assistance Systems (ADAS), supporting electrical conductivity, corrosion protection, and cost-effective mass production for the future of autonomous driving.
Subscribe now
Ionbond Summer School: Tribological coatings for mobility applications
Join and subscribe now to be part of a growing community of learners and professionals exploring the benefits of tribological coatings for future mobility applications.
Gain insights into how advanced tribological coatings enhance component performance, improve efficiency, and extend component lifetime.



















