8 min Readtime
Published May 28, 2025
Continuous Learning in Capacitor Technology: From Factory Floor to University Lab
Understanding capacitor technology requires more than hands-on experience — it also calls for structured learning, theoretical grounding, and continuous reflection.
This week, our team is participating in the 2025 National Advanced Training Program on Aluminum Electrolytic Capacitors, hosted at Xi’an Jiaotong University and led by Professor Youlong Xu, one of China’s foremost experts in capacitor materials and manufacturing.
This long-established program is among the most respected technical training initiatives in the capacitor field. It brings together professionals, researchers, and engineers to explore the deep relationship between materials, process control, and long-term reliability.
Over several intensive days, we’ll be diving into topics such as:
→ Materials science and microstructure control
→ Process optimization and parameter stability
→ Reliability engineering and accelerated life testing
→ Failure analysis and root-cause diagnostics
→ The latest technology trends and global market directions
For us, as a company specializing in SMD aluminum electrolytic capacitors, including the new generation of hybrid solid–liquid capacitors, this program is more than an academic exercise — it’s part of our ongoing effort to strengthen R&D and enhance quality assurance at every stage of production.
Through this experience, we’re connecting classroom insights with our factory floor practices — testing theories, refining processes, and benchmarking our reliability systems against the most advanced industry standards.
Learning never stops.
We believe that true innovation in capacitors begins when manufacturing experience meets scientific understanding.
Follow us as we share key takeaways, research findings, and reflections from this program — and how these lessons shape the next generation of high-reliability capacitor design and manufacturing.
