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Description
TCI E0706 1-Ethyl-3-methylimidazolium Tetrachloroferrate is an ionic liquid built from an imidazolium cation paired with an iron-containing tetrachloroferrate anion. TCI classifies it within its ionic liquids group for specialty synthesis, a family of materials that act as solvent and reagent at the same time. Unlike conventional organic solvents, an ionic liquid consists entirely of ions, which gives it very low vapour pressure and makes it essentially non-volatile under ordinary laboratory handling. In practice, the material serves as a reaction medium that also carries chemical function of its own.
What makes this compound stand out is the tetrachloroferrate anion, which introduces Lewis acidity together with an iron metal centre held inside the ionic medium itself. Because of this, the liquid can catalyse reactions without a separate catalyst being added to the flask. The iron content also gives the material a response to magnetic fields — a trait that places it in the group of magnetic ionic liquids and allows phase separation to be assisted with a magnet. The imidazolium cation, for its part, keeps the system liquid at low temperature and provides the ability to dissolve a broad range of compounds.
In Indonesian laboratories, this material is used by researchers developing alternative reaction media, recyclable catalytic systems, and separation processes that reduce reliance on flammable solvents. It suits university research groups, government research institutes, and industrial R&D laboratories working on green chemistry and catalysis. Because it combines solvent and catalyst roles in a single substance, it is typically ordered for exploratory bench-scale work rather than routine analysis.
Laboratory Applications
Alternative reaction media research — the material replaces conventional volatile organic solvents in synthetic studies, offering an entirely ionic medium with very low vapour pressure for closed-system reaction work.
Lewis acid catalysis studies — the tetrachloroferrate anion supplies Lewis acidity directly within the medium, allowing researchers to run acid-catalysed transformations without introducing a separate catalyst species.
Reusable catalytic system development — because the catalytic iron centre resides in the liquid phase itself, the medium can be recovered and re-examined for repeated catalytic cycles in method development.
Magnetically assisted phase separation — the iron content gives the liquid a response to magnetic fields, enabling researchers to draw and separate the ionic phase using an external magnet.
Solvent-lean separation processes — the wide dissolving ability of the imidazolium cation supports extraction and separation studies designed to cut consumption of flammable organic solvents.
Physical form: ionic liquid (liquid at low temperature owing to the imidazolium cation)
Storage: keep in a tightly closed container, protected from moisture; follow the storage conditions stated on the manufacturer's label and Safety Data Sheet
Handling and Storage
Store the container tightly closed in a cool, dry, and well-ventilated area, away from heat sources and incompatible materials, and follow the specific storage conditions printed on the manufacturer's label and Safety Data Sheet. Ionic liquids of this type are best kept in their original sealed container and protected from atmospheric moisture, since the surrounding humidity can affect the material during handling. Transfer and weighing should be carried out in a fume hood using clean, dry glassware and dedicated spatulas or syringes to avoid contamination between batches. Personnel should wear a laboratory coat, chemical-resistant gloves, and eye protection, and should consult the Safety Data Sheet before first use. Label all secondary containers clearly and record the date the container is first opened, since exposure to air and moisture may alter the material's behaviour over time. Dispose of residues and contaminated consumables through the laboratory's chemical waste procedure.
