Ionbond - IHI Group

Tribology coatings for hydrogen applications ⚡ Hydrogen is gaining momentum as a key enabler of future mobility, but what does that mean for component performance? Find the answer in lesson 3 of the Ionbond #Summer School 2026 which is now available!💡 As hydrogen technologies continue to evolve, components are exposed to demanding conditions that require reliable wear protection and friction control. In this lesson, our experts explain how advanced tribological coatings can help improve performance, durability, and efficiency in hydrogen-powered systems. Whether you're exploring hydrogen mobility, advanced materials, or the next generation of energy solutions, this lesson offers valuable practical insights into the role of surface engineering. Subscribe now to gain access to Lessons 1-3 and all upcoming lessons 👉 https://lnkd.in/eYSVPh-a

Join the Surface Engineers at Ionbond 🤝 What does your next career move look like? At Ionbond, we believe innovation starts with people. Across our global network, talented professionals work together to develop advanced surface engineering solutions that help customers improve performance, durability, and efficiency. Whether your expertise is in operations, sales, engineering, quality, R&D, supply chain, other business functions, you'll find opportunities to contribute and develop your career across our international organization. 🌍 If you're interested in joining a team where innovation, technology, and career development come together, we'd love to hear from you. Explore our open positions and apply today 👉 https://lnkd.in/e57y6u85

Highly resilient DLC coatings for extreme applications 🛡️ Lesson 2 of the Ionbond Summer School 2026 is now available! In the first lesson, we explored the fundamentals of tribological coating design. In Lesson 2, we're exploring how Diamond-Like Carbon (DLC) coatings help components withstand extreme operating conditions when durability and reliability are pushed to their limits. As mobility systems continue to evolve, advanced Diamond-Like Carbon (DLC) coatings help components withstand extreme operating conditions by combining exceptional wear resistance, low friction, and long service life. In this lesson, our experts explain how these highly resilient coatings are engineered to improve performance and efficiency in demanding applications. If you're interested in advanced materials, mobility innovation, and tribological performance, this lesson offers valuable practical insights. Subscribe now to gain access to Lesson 2 and 1 and all upcoming lessons 👉https://lnkd.in/erDTM2-3

PSE Conference 2026 - meet Ionbond in Erfurt 🇩🇪 How can advanced coating technologies contribute to more efficient, reliable, and sustainable industrial and energy systems? From August 31 to September 3, 2026, the Ionbond team will be at the PSE Conference 2026 in Erfurt, Germany, showcasing our expertise as a global provider of customized PVD, PACVD, and CVD coating solutions. Visit us at Booth 16 and discover how our advanced surface technologies help customers across a wide range of industries improve component performance, reduce wear and friction, enhance protection, and extend service life in demanding operating environments, including industrial manufacturing, hydrogen technologies, and clean energy applications. While you are there, also don't miss our experts' contributions to the conference program: 🎤 Dr.-Ing. Phillip Marvin Reinders will hold a presentation on “Barrier coatings for operation under hydrogen atmospheres in combination with low friction properties” on September 1. 🗣️ Dr. Ton Hurkmans will join the panel discussion “Critical decision factors and the role of cleaning before coating applications” on September 1. 🎤 Andre Hieke will hold a presentation on “From MW to GW scale: Thin and uniform PVD coating production for PEM electrolyzers” on September 2. For full details on our speaking sessions and expert contributions, swipe through the slideshow below. We look forward to exchanging ideas with industry professionals and discussing how surface engineering can support the next generation of hydrogen technologies. More information 👉 https://lnkd.in/ejmJncST

Ionbond Summer School 2026 is officially underway! 🌞 This year, we're exploring “Tribological Coatings for Mobility Applications” and how advanced surface solutions are helping shape the future of mobility through improved efficiency, durability, and sustainability. Here's what you can expect from the series: 📚 Five expert-led lessons  🎓Learn at your own pace  💡Practical insights into advanced coating technologies for mobility applications Lesson 1 is now available, which is called “How are tribology coatings designed?” From application requirements and operating conditions to coating architecture, our experts explain the fundamentals of designing high-performance DLC and tribological coatings for demanding mobility applications. Whether you're working in engineering, e-mobility, materials science, or component design, this lesson provides valuable insights into the science behind coating performance. Subscribe to the Ionbond #Summer School today to gain access to Lesson 1 and all upcoming lessons 👉 https://lnkd.in/eEZ474xR

We're looking for a Quality Engineer to join our team in Venlo! Are you passionate about quality, continuous improvement, and working in an international manufacturing environment? Then this could be your next career opportunity. We're looking for a proactive Quality Engineer to help ensure that customer quality requirements are translated into robust processes and embedded throughout our quality management system. You'll play a key role in customer quality support, audit preparation, complaint management, and continuous improvement initiatives while working closely with colleagues across Engineering, Production, Sales, Planning, and Logistics. As part of our QSHE team, you'll contribute to maintaining internationally recognized quality standards and support innovative coating solutions for industries such as medical, aerospace, automotive, semiconductor, and decorative applications. If you enjoy collaborating with customers, driving improvements, and making a lasting impact on product quality, we'd love to hear from you. 👉 Ready to take the next step? Apply now: https://lnkd.in/eJ-ukPq3

A durable finish for warm design concepts ✨ How can design teams introduce warmer tones, without increasing maintenance? Brown PVD coatings offer a practical way to combine visual warmth with defined surface performance. Compared to black or grey finishes, they create a more balanced appearance while maintaining technical reliability. Ionbond brown PVD coatings range from light champagne to deep espresso.☕ This supports alignment with materials such as wood, leather, and stone, helping ensure a consistent design language across applications. The PVD process forms a hard, wear-resistant layer, which has superior hardness over metals. In high-contact components like faucets, door hardware, or consumer products, it helps maintain surface stability over time. The coating also avoids uncontrolled patina, enabling predictable appearance throughout the product lifecycle. If you are exploring finish options for your next project, read our full article to learn more and contact our team of experts: https://lnkd.in/dYEicj7s

Advanced coating solutions for green fuels 🌱 Are your fuel system components ready for the shift to ammonia and methanol? As the maritime industry explores alternative fuels, the surfaces of components face new challenges. Unlike conventional diesel, ammonia and methanol can reduce lubricity and increase corrosion risks, while harsh marine conditions add wear, humidity exposure, and temperature fluctuations. That's where advanced thin-film coating technology plays a critical role. Our coating solutions are engineered to help marine fuel injection systems, pump components, drivetrains, and auxiliary systems operate reliably under demanding conditions. By improving wear resistance, reducing friction, and enhancing corrosion protection, Ionbond coatings can support stable performance and longer service intervals for critical components. The shift toward greener fuels requires more than new fuel systems, it requires surfaces designed for the new realities of these emerging energy carriers. Swipe through the slides to learn how advanced coating technologies can help address the surface engineering challenges associated with ammonia and methanol-powered marine applications. For more insights visit our website 👉 https://lnkd.in/eUTpgxM6

Wir suchen Verstärkung für unser Laborteam in Dulliken! Du arbeitest gerne präzise, analytisch und möchtest dein technisches Know-how in einem innovativen Industrieumfeld einsetzen? Dann haben wir die passende Herausforderung für dich. Für unser Labor suchen wir eine engagierte Persönlichkeit, die unser Team bei Prüfungen, Analysen und Messungen unterstützt. Freue dich auf eine abwechslungsreiche Tätigkeit, moderne Arbeitsbedingungen und die Möglichkeit, aktiv an der Weiterentwicklung von Prüf- und Messmethoden mitzuwirken. Von Schichtdickenmessungen über Materialanalysen bis hin zur Erstellung von Prüfberichten, bei uns erwarten dich spannende Aufgaben in einem internationalen Unternehmen. Als Teil unseres eingespielten Laborteams leistest du einen wichtigen Beitrag zu innovativen Beschichtungslösungen für Branchen wie Medizintechnik, Luft- und Raumfahrt sowie Mobility. 👉 Klingt spannend? Dann freuen wir uns auf deine Bewerbung: https://lnkd.in/e4UjiDb9

Radar performance for autonomous driving 🚗📡 What is needed to ensure reliable radar performance with increasing vehicle autonomy? As advanced driver assistance systems (ADAS) continue to develop, the number of radar sensors per vehicle is increasing rapidly. This places new demands on signal quality, wave resolution, durability, and efficiency. Waveguides play a crucial role in this, directly influencing the accuracy with which radar systems can detect and interpret their surroundings. Our specially developed coating solutions are designed to meet these challenges. A multi-layered PVD structure enables strong adhesion, high electrical conductivity, and efficient signal transmission, key factors for maintaining performance in demanding vehicle environments. By combining optimized base materials with functional copper layers and protective topcoats, we minimize signal loss while protecting against wear, corrosion, and oxidation. The result: consistent radar performance for safer and more reliable autonomous driving systems. Curious how this can support your next autonomous driving project? Let's talk! More information on: https://lnkd.in/diC_rTz9