Adopts high-purity perfluorinated proton exchange membrane with stable ionic conductivity, effectively reducing ohmic loss and improving overall hydrogen production efficiency.
Precision catalyst coating achieves uniform catalyst distribution, supporting low noble metal loading while maintaining superior electrolysis performance. Effectively reduces stack capital cost without sacrificing durability.
Dense membrane and compact catalyst layer structure minimize H₂/O₂ crossover, improving operational safety and gas purity for green hydrogen systems.
Resists strong acid oxidation, high pressure difference and long-term dynamic operating load. Excellent anti-delamination and anti-crack performance for long-cycle industrial operation.
Automatic continuous coating process ensures ultra-stable thickness & loading uniformity. Suitable for small prototype testing, pilot verification and GW-level mass production.
Name: Sally He
Mobile:+86 15626431755
Whatsapp:+86 15626431755
Email:sally.he@thinkru.com
Name: Stella Luo
Mobile:+86-15013165672
Whatsapp:+86-15013165672
Email:stella@thinkru.com
Name: Luna Lai
Mobile:+86-13560453160
Whatsapp:+86-13560453160
Email:luna.lai@thinkru.com
Add:2203, Building 12, No.400 Xincheng Avenue, Zengcheng District, Guangzhou City, China