C60 Malonic ester
Description
C60-(malonic ester)n, carbonates DMC-soluble C60, C60 malonic ester is a fullerene
derivative soluble in carbonate solvents like DMC, usable in modern battery electrolytes.
Additive for battery electrolytes.
Available as an isomer mix with a number of malonic ester substituant from 3-5 groups.
Available as specific isomer with define number of malonic ester substituant 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% (SOL5363A).

Malonic ester C60 powder

Malonic ester C60 in dimethylcarbonate (DMC)
C70 Malonic ester
Description
C70-(malonic ester)n, carbonates DMC-soluble C70, C70 malonic ester is a fullerene
derivative soluble in carbonate solvents like DMC, usable in modern battery electrolytes.
Additive for battery electrolytes.
Available as an isomer mix with a number of malonic ester substituant from 3-5 groups.
Available as specific isomer with define number of malonic ester substituant 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 99.0% (SOL5373A).
References
The Fullerium Difference by Solaris
Malonic ester C60 & C70 Advantages:
- Made from highly pure 99.5% – 99.99% C60.
- High solubility on a large spectrum of solvent polarities.
- Dimethylcarbonate soluble allowing to be used in the field of battery technologies.
- Anode functionalization.
- Environmentally friendly synthesis using renewable energy. [1]
- Also available as the dicarboxylic acid, C60-(malonic acid)n, water soluble derivative (SOL5163).



Environmental preservation / sustainability
SUSTAINABILITY is important to us and a key factor toward ENVIRONMENTAL PRESERVATION. At Solaris Chem, we prioritize the use of GREEN CHEMISTRIES and minimize wastes by recovering and recycling materials. Renewable hydro-electricity is used as the energy source to power our operations.