OQITOP is proud to support the forefront of clean energy innovation. Recently, we successfully customized circular nickel foam components for Lawrence Berkeley National Laboratory (LBNL), specifically tailored for use as electrode substrates in solid-state battery research.
Solid-state batteries are widely regarded as one of the most promising next-generation energy storage technologies, offering higher energy density, improved safety, and longer cycle life compared to traditional liquid-electrolyte batteries. At the core of this technology is the electrode structure, where material design and substrate performance play a decisive role in overall battery efficiency and stability.
To meet the stringent research requirements of LBNL, OQITOP provided high-precision circular nickel foam with:
– **Optimized pore structure** for improved ion transport and active material loading
– **Uniform thickness and density** to ensure consistent experimental results
– **Excellent mechanical strength and conductivity**, suitable for repeated testing and advanced cell designs
Through close collaboration with LBNL’s research team, our engineering and production departments adjusted pore size, thickness, and dimension tolerances to align with specific solid-state electrode design parameters. This customized approach helps researchers better explore the relationship between substrate structure, interface stability, and electrochemical performance in solid-state systems.
By delivering tailor-made nickel foam solutions for leading research institutions, OQITOP continues to demonstrate its commitment to advanced materials, precision manufacturing, and the development of next-generation energy technologies.
If you are engaged in battery R&D or require customized metal foam substrates for electrochemical applications, OQITOP can provide professional design, rapid prototyping, and stable large-scale supply to support your innovation.
