Trihexyltetradecylphosphonium dicyanamide, >95%
Price range: $66.00 through $1,339.80
Product Code: IN-0010-TGCAS NO: 701921-71-3
- Chemical Formula: C34H68N3P
- Synonyms: P666(14) DCA
Conductivity: 0.16 mS/cm (24 ยฐC)
SUM Formula: C34H68PN3
Molecular Weight: 549.90
Melting Point: <RT
Density: 0.90 g/cmยณ (28 ยฐC)
ECW: 3.2 V
Purity: >95%
Viscosity: 361 cP (25 ยฐC)
- SUM Formula: C34H68PN3
- Molecular Weight: 549.90
- Melting Point:
Trihexyltetradecylphosphonium dicyanamide, CAS: 701921-71-3
Key Application:
- Advanced Lubrication & Tribology:ย
Utilized as a highโperformance boundary lubricant and frictionโreducing additive in synthetic oils. Its longโchain phosphonium cation forms durable interfacial films suitable for highโload, highโtemperature tribosystems.
- Electrochemical Systems & Energy Storage:ย
Serves as a thermally stable, nonโvolatile ionic medium for electrochemical devices requiring wide electrochemical windows. Applied as a supporting electrolyte in redox systems, capacitors, and emerging battery chemistries.
- Reaction Media & Catalysis:ย
Provides a hydrophobic, nonโcoordinating environment for organometallic, baseโsensitive, and biphasic catalytic transformations. Enhances substrate solubilization in phaseโtransfer catalysis and supports transitionโmetal catalysis.
- Surfactants, Coatings & Materials Processing:ย
Functions as a surfaceโactive ionic liquid for modifying polymer, metal, and nanoparticle interfaces. Used in antiโstatic and hydrophobic coatings and to improve nanoparticle dispersion in nonpolar matrices.
- HighโTemperature & HarshโEnvironment Applications:ย
Suitable for thermal management fluids and heatโtransfer media where conventional organics degrade. Performs reliably in vacuum, highโtemperature, and chemically aggressive environments due to the stability of the phosphonium framework.
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