1,3-Dimethylimidazolium methylphosphonate,>98%

1,3-Dimethylimidazolium methylphosphonate, CAS: 1154003-55-0

Key Applications:

Electrochemical & Energy Storage Systems

• Proton‑conducting electrolytes for fuel cells, solid‑state devices, and high‑temperature electrochemical systems.
• Ionically conductive additives to enhance transport properties in polymer electrolytes and gel matrices.
• Stabilizing medium for redox‑active species in flow battery research.

Catalysis & Organic Synthesis

• Polar, non‑volatile reaction medium for acid‑catalyzed and metal‑catalyzed transformations.
• Phosphonate‑based coordination environment supporting selective catalytic pathways and improved solubility of metal complexes.
• Green‑chemistry solvent enabling reduced VOC emissions and improved recyclability.

Separation Science & Extraction

• Selective extraction of metal ions, particularly hard Lewis acids such as lanthanides and actinides.
• Solvent for biphasic catalytic systems, improving phase separation and catalyst recovery.
• Medium for biomass fractionation, including lignin solubilization and carbohydrate processing.

Organophosphorus Chemistry

• Phosphonate‑rich ionic medium that enhances solubility and stabilization of organophosphorus intermediates.
• Reaction solvent or co‑solvent for phosphorylation, transesterification, and P–C/P–O bond‑forming reactions.
• Controlled, low‑volatility environment for handling moisture‑sensitive organophosphorus reagents.
• Coordination‑active ionic liquid supporting catalytic pathways involving phosphorus‑centered nucleophiles or electrophiles.
• Selective extraction and separation of organophosphorus species due to strong P–O···cation interactions.
• Model system for studying hydrogen‑bonding and ion‑pairing behavior in phosphonate‑containing molecular frameworks.
• Medium for synthesizing polymer‑bound organophosphorus materials, including flame‑retardant and ion‑conductive polymers.

Polymer, Membrane & Materials Engineering

• Plasticizer or ionic additive to tune mechanical and transport properties of polymer films.
• Precursor medium for synthesizing hybrid organic–inorganic materials with enhanced thermal stability.
• Structure‑directing agent in nanoparticle and porous material fabrication.

Thermal & Process Engineering

• High‑temperature heat‑transfer fluid for controlled laboratory thermal processes.
• Stabilizing solvent for reactions requiring elevated temperatures without decomposition.
• Non‑flammable medium for safety‑critical chemical operations.

Analytical & Spectroscopic Applications

• Matrix for NMR and spectroscopic studies of phosphonate interactions and hydrogen‑bonding networks.
• Solvent for stabilizing reactive intermediates to support mechanistic investigations.

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