C60-(malonic ester)n, carbonates DMC-soluble C60, C60 malonic ester is a fullerene derivative soluble in carbonate solvents like DMC

Some of its characteristics are:

• Usable in modern battery electrolytes.
• Additive for battery electrolytes.
• Available as an isomer mix with a number of malonic ester substituants from 3-5 groups.
• Available as specific isomer with defined number of malonic ester substituent n=3, n=4, n=5, n=6
• Solubility highly versatile: soluble in Carbonates, Ethyl Acetate, Methanol, Acetone, THF, Toluene, Dioxane, DMSO, and many other similar solvents.
• Grade 99.5%.
• Available from g level (for R&D, Tech centers and universities) to kg level (for industrial developments).

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HOW CAN C60 MALONIC ESTER CONTRIBUTE TO THE BATTERY INDUSTRY?

• Electrolyte additive: has the potential to improve the overall performance of the electrolyte, increasing ionic conductivity and stability.
• Electrolyte solvent: can serve as a solvent for electrolytes. This is important in battery manufacturing, where the choice of solvent can affect ion solubility and overall battery performance.
• Electrolyte breakdown stabilization: has been studied for its ability to stabilize electrolytes, especially in lithium-ion batteries. It can potentially mitigate electrolyte breakdown in repeated charge/discharge cycles, extending battery life.
• Improved cyclic stability: can contribute to improved cyclic stability. This is crucial for rechargeable batteries, as it helps maintain battery capacity during multiple charge and discharge cycles.
• Improved safety: can contribute to battery safety. Its potential to reduce the risk of thermal runaway reactions, which can be a safety concern in certain battery chemistries, has been studied.
• High energy density: an interesting candidate for high energy density batteries. Batteries with higher energy density can store more energy in less space, which is critical for portable electronic devices and electric vehicles.
• Versatile applications: can be used in a variety of battery types, including lithium-ion and other batteries. This versatility makes it a candidate for different battery chemistries, providing flexibility in battery design.