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Our high-purity (>99% Li) lithium metal discs are essential research tools for advanced studies on lithium-ion and lithium-metal batteries. These discs are frequently used as the anode material in research aimed at optimizing the cathode or electrolyte, or studying lithium dendrite formation in lithium-metal batteries. Precisely sized at 15.6 mm in diameter and 0.45 mm in thickness, they serve as the reliable anode for CR20XX coin cells, the most popular coin cell size. By acting as the anode material, these discs enable researchers to conduct detailed electrochemical studies, enhance battery performance, and develop innovative energy storage solutions. Their consistent quality and compatibility with standard coin cell sizes streamline experimental setups, improving the efficiency and accuracy of research outcomes.

Designed for advanced lithium-ion and lithium-metal battery research, our high-purity (>99% Li) lithium metal discs are essential for reliable and reproducible half-cell testing. Each disc, measuring 15.6 mm in diameter and 0.45 mm in thickness, is pure lithium metal perfectly sized for direct use in CR20XX coin cells. The increased thickness, compared to our 0.25 mm thick chips, provides greater lithium content, making these discs particularly suitable for extended testing cycles and high-load experiments. Additionally, the thicker material is easier to handle. Researchers will find these lithium metal discs, conveniently packaged in quantities of 50, indispensable for pushing the boundaries of battery technology.

Lithium metal anodes offer high energy density and improved battery performance, enabling lighter and longer-lasting energy storage systems. Their use supports greener technologies by enhancing the efficiency and capacity of batteries, contributing to more sustainable and environmentally friendly solutions for electric vehicles and renewable energy storage. Click here for more information.