1-Butyl-4-methylpyridinium tricyanomethanide, >98%
Price range: $145.20 through $1,561.56
Product Code: IL-0319-HPCAS NO: 1312925-66-8
- Chemical Formula: C14H16N4
- Synonyms: Bu-4-Pic TCM, Bu4Pic TCM, N-Butyl-4-methylpyridinium tricyanomethanide, 1-Butyl-4-picolinium tricyanomethanide, N-Butyl-4-picolinium tricyanomethanide
- Hydrophilic
- Aromatic
Conductivity: 6.99 mS/cm (30°C)
SUM Formula: C14H16N4
Molecular Weight: 240.30
Melting Point: <RT
Purity: >98%
Viscosity: 32.5 cP (25°C)
- SUM Formula: C14H16N4
- Molecular Weight: 240.30
- Melting Point:
1-Butyl-4-methylpyridinium tricyanomethanide, CAS: 1312925-66-8
Key Applications
Electrochemical Systems
- Serves as a high‑stability ionic liquid component for advanced electrolytes requiring wide electrochemical windows.
- Supports high‑voltage device architectures in supercapacitors, redox‑flow systems, and next‑generation batteries.
- Useful in ion‑transport studies where the tricyanomethanide anion provides low viscosity and enhanced ionic mobility.
Organic Electronics and Materials
- Functions as a tunable ionic medium for processing conductive polymers, charge‑transport layers, and flexible electronic materials.
- Enables controlled doping and morphology modification in organic semiconductors due to its stable, weakly coordinating anion.
- Suitable for thin‑film fabrication workflows where thermal and chemical stability are essential.
Catalysis and Synthesis
- Acts as a non‑volatile, polar reaction medium for transition‑metal and organocatalytic transformations.
- Supports anion‑sensitive pathways, including C–C and C–N bond‑forming reactions, by minimizing side reactions associated with coordinating anions.
- Useful in phase‑transfer and biphasic systems where ionic‑liquid partitioning enhances selectivity.
Separation Science
- Provides a customizable solvent phase for liquid–liquid extraction of metal ions, polar organics, and nitrogen‑rich species.
- The tricyanomethanide anion offers strong solvation characteristics beneficial for selective extraction and purification workflows.
Thermal and Process Engineering
- Suitable for high‑temperature operations due to its low volatility and thermal robustness.
- Can be incorporated into heat‑transfer or thermal‑storage research where ionic liquids with stable anions are required.
Research and Method Development
- Supports fundamental studies on structure–property relationships in pyridinium ionic liquids.
- Useful for benchmarking anion effects in conductivity, viscosity, and solvation behavior across ionic‑liquid families.
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