1-Methyl-1-propylpiperidinium bis(trifluoromethylsulfonyl)imide, CAS: 608140-12-1

Key Applications:

Electrochemical Systems

• Serves as a non‑volatile electrolyte component for high‑temperature lithium and sodium battery research.
• Used as an ionically conductive medium in redox‑flow and hybrid flow battery development where oxidative stability is required.
• Functions as a supporting electrolyte in electrosynthesis, electrodeposition, and high‑potential anodic processes.
• Enables stable ionic environments for supercapacitors and double‑layer capacitor prototypes.

Materials Science and Polymer Processing

• Acts as a plasticizer or ionic mobility enhancer in polymer electrolytes, ionogels, and block‑copolymer membranes.
• Supports fabrication of high‑temperature, low‑flammability polymer systems due to its negligible vapor pressure and thermal resilience.
• Used in templating and dispersion of nanomaterials, including carbon nanostructures and metal oxides, where hydrophobic ionic liquids improve colloidal stability.

Catalysis and Synthesis

• Provides a stable, inert medium for transition‑metal catalysis, especially reactions requiring moisture‑free, high‑temperature conditions.
• Employed in biphasic catalysis where phase separation between hydrophobic ionic liquids and polar reactants improves catalyst recovery.
• Useful in electro‑organic synthesis requiring wide electrochemical windows and low nucleophilicity.

Separation Science

• Applied in liquid–liquid extraction systems for selective separation of metal ions, hydrophobic organics, and fluorinated species.
• Utilized in gas absorption studies, including CO₂ solubility and transport measurements in hydrophobic ionic liquids.

Thermal and Transport Studies

• Serves as a benchmark ionic liquid for evaluating ion transport, viscosity–conductivity relationships, and high‑temperature stability in piperidinium‑based systems.
• Used in fundamental studies comparing saturated versus unsaturated cation families (piperidinium vs. imidazolium/pyrrolidinium).

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