Lithium

Lithium metal discs are high-purity (>99% Li) components meticulously crafted for advanced lithium-ion and lithium-metal battery research. These discs are essential in half-cell testing, serving as the anode material to provide consistent and reliable lithium sources. Each disc measures 18.0 mm in diameter and 0.45 mm in thickness, making them perfectly suited for CR24XX coin cell applications. Packaged in bottles containing 50 discs, their uniform size and exceptional purity guarantee precise and reproducible experimental outcomes, driving progress in 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.

Lithium metal discs are essential for cutting-edge lithium-ion and lithium-metal battery research, especially in half-cell testing applications. Each disc, with a precise diameter of 18.0 mm and a thickness of 0.45 mm, is crafted from high-purity lithium (>99%), ensuring optimal performance in CR24XX coin cell configurations. These discs serve as the anode material, enabling researchers to perform comprehensive electrochemical analyses, improve battery efficiency, and innovate new energy storage technologies. Their uniform dimensions and exceptional purity ensure reliable and accurate experimental results, simplifying experimental setups and enhancing research productivity.

•High Purity (>99% Li): Ensures consistent and reliable performance, enhancing research accuracy and reproducibility. •Precise Dimensions: Standard size of 18.0 mm diameter x 0.45 mm thickness, perfect for CR24XX coin cells. •Convenient Pack Size: Smaller pack sizes reduce the amount of lithium stored, minimizing storage risks and the need to dispose of old, oxidized material.

Known for their high reactivity with air and with nitrogen gas, lithium metal chips must be handled in an argon glovebox with moisture levels below 2% relative humidity. Many researchers use the lithium as received. Some choose to clean the surface immediately before use with a nylon brush or chemically with a scrubbing solution like naphthalene in THF (921106).