We provide specialized technological support to our petrochemical users, ensuring they get the most out of our solutions, optimizing processes and solving any technical challenges they may face in the petrochemical industry.
Electric cars rely heavily on lithium-ion batteries to store and supply energy. While batteries themselves are not made from petrochemicals, some of the key components, such as electrolytes, use petrochemicals. For example, ethyl methyl carbonate and others shown here are used in the manufacture of electrolytes for these batteries.
| CAS | Product | Technological Function |
|---|---|---|
| 623-53-0 | Ethyl Methyl Carbonate | Lithium ion baterry electrolytic solvent, improves electrolytic performance at low temperature. |
| 105-58-8 | Diethyl Carbonate | Lithium ion battery electrolytic solvent, with ggod electrochemical stability. |
| 96-49-1 | Ethylene Carbonate | High dielectric constant, high ionic conductivity. |
| 108-32-7 | Propilene Carbonate | With high dielectric constant and high ionic conductivity, it can withstand chemical changes. |
| 616-38-6 | Dimethyl Carbonate | With good electrochemical stability, it can improve the performance of electrolyte at low temperature. |
We offer technological assistance at 3 levels:
- By phone with an expert;
- Via email with a detailed request;
- With the in-person visit of an expert engineer.
