Choline acetate, >98%
Price range: $51.48 through $2,772.00
Product Code: IL-0322-HPCAS NO: 14586-35-7
- Chemical Formula: C7H17NO3
- Water Content: <5% as determined by Karl Fischer titration.
- Synonyms: Chol OAc
SUM Formula: C7H17NO3
Molecular Weight: 163.21
Melting Point: >RT
Purity: >98%
- SUM Formula: C7H17NO3
- Molecular Weight: 163.21
- Melting Point: >RT
Choline acetate, CAS: 14586-35-7
Key Applications:
This product has applications in the following:
- Aqueous Solutions & Green Solvent Systems
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- Green solvent formulations for extraction and separation
- Bioprocessing and biocatalysis workflows requiring mild, waterโcompatible media
- Solvation environments for sensitive biomolecules and pharmaceutical intermediates
- Biomass Processing & Biopolymer Modification
- The ionic liquid enhances lignocellulosic biomass pretreatment, improving cellulose accessibility and enzymatic hydrolysis. It also influences starch gelatinization, dissolution, and gelation, enabling controlled restructuring of biopolymers for advanced materials and sustainable packaging.
- Electrolytes for Energy Storage
- Choline acetate contributes to ecoโfriendly electrolyte formulations for supercapacitors and hybrid aqueous battery systems. Its ionic conductivity, thermal stability, and benign environmental profile support greener energyโstorage designs and nextโgeneration electrochemical devices.
- PhaseโTransition & ThermalโResponsive Materials
- Choline acetate exhibits wellโdefined phaseโtransition behavior, including temperatureโdependent structural reorganizations.ย
- Biocompatible Reaction Medium
- Its low toxicity and strong solvation capability make choline acetate a suitable medium for:
- Enzymatic reactions and biocatalysis
- Pharmaceutical processing and purification
- Selective extraction of bioactive compounds
- Its low toxicity and strong solvation capability make choline acetate a suitable medium for:
- Lubrication & Tribology
- Cholineโbased ionic liquids are emerging as waterโcompatible biolubricants, offering reduced friction, improved wear resistance, and enhanced thermal stability in environmentally conscious lubrication systems.
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