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Ether, Fluorinated Solvents & LHCE Diluents

Ether, Fluorinated Solvents & LHCE Diluents brings together solvent building blocks used to shape electrolyte behavior in advanced battery research. The catalog centers on low-moisture, high-purity liquids that help tune solvation structure, viscosity, wettability, and interphase formation.

This category is especially relevant when the electrolyte must do more than simply dissolve a salt. Some products support fast ion transport and low-temperature flow, while others are designed to strengthen surface stability or act as controlled diluents in localized high-concentration electrolyte systems.

Buyers usually choose by solvent family, fluorine content, vapor profile, and handling requirements. For sensitive battery work, purity and moisture control matter as much as the molecular structure itself.

Product Family Guide

Family	Typical Role	Selection Cue
Non-fluorinated ethers	Core solvent base, mobility support, formulation flexibility	Choose when you need familiar ether chemistry and broad electrolyte compatibility
Fluorinated solvents and fluorinated carbonates	Interphase tuning, reduced reactivity, higher stability focus	Choose when surface stability or fluorine-rich chemistry is a priority
LHCE diluents and low-reactivity co-solvents	Viscosity control, solvation moderation, concentration balancing	Choose when the formulation needs dilution without losing the local concentration effect

Solvent Families in This Catalog

The catalog spans compact ether solvents, higher-glyme ethers, fluorinated ethers, and fluorinated carbonate or ester derivatives. That mix gives researchers several ways to adjust a formulation without leaving the same solvent family logic.

How To Choose

If you need lower-temperature mobility, start with smaller ether solvents. If you need stronger interphase behavior or a more fluorine-rich environment, move toward fluorinated solvents. If your main challenge is viscosity or transport in a concentrated system, prioritize diluent-style materials with low reactivity and good formulation compatibility.

Practical Handling Notes

These materials are typically handled as moisture-sensitive research solvents. For best consistency, store them sealed, keep transfers dry, and verify that the solvent grade matches the sensitivity of the target cell chemistry.

FAQ

What does this category cover?

It covers ether solvents, fluorinated solvents, and diluent-type materials used in battery electrolyte formulation.

Are all items simple ethers?

No. The category also includes fluorinated solvents and co-solvent or diluent materials that serve the same formulation role.

When should I choose a fluorinated solvent?

When you want stronger interphase stabilization, lower reactivity, or a fluorine-rich electrolyte environment.

When is a diluent more useful than a main solvent?

When you need to lower viscosity or tune concentration behavior without making the solvent system too reactive.

Why are moisture specs important here?

Because these solvents are often used in sensitive electrolyte systems where water can change performance and reproducibility.

How do DME, DOL, and TEGDME differ in practice?

DME and DOL are common compact ether choices, while TEGDME is a higher-boiling glyme that is often selected when volatility matters.

Can these materials be used alone?

Usually they are evaluated as part of a formulation, not as standalone answers. Compatibility with salt and electrode system should be checked.

What should buyers compare first?

Purity, moisture level, packaging size, and whether the solvent fits the intended temperature and stability window.

Showing 17–22 of 22 results

Methyl 2,2,2-Trifluoroethyl Carbonate 99% Battery

Price range: $265.00 through $323.00

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Methyl Hexafluoroisopropyl Carbonate 99% Battery

$2,408.00

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Propyl Propionate PP 99.95% Battery Grade

Price range: $221.00 through $284.00

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Tetraethylene Glycol Dimethyl Ether 99.95% TEGDME

Price range: $264.00 through $367.00

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Tetrafluoroethyl trifluoroethyl ether 99.95%

Price range: $300.00 through $363.00

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TTE CAS 16627-68-2 99.95% Battery Grade Moisture

Price range: $244.00 through $390.00

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Technical FAQ & References

What types of materials are included in this category?

The category includes non-fluorinated ethers and glymes, fluorinated ethers, fluorinated carbonates and oxalates, and acetate or propionate co-solvents and diluents.

How do DME, DOL, TEGDME, and PGDME differ?

They are different ether or glyme structures with distinct volatility, boiling profile, mobility, and formulation behavior. Selection depends on temperature, transport, and handling objectives.

When should a fluorinated solvent or carbonate be considered?

Fluorinated materials are evaluated when reduced reactivity, fluorine-rich solvation, interphase tuning, or surface-stability behavior is important.

What is the role of an LHCE diluent?

A low-reactivity diluent can reduce viscosity and moderate concentration behavior while helping preserve aspects of a localized high-concentration solvation environment.

Why are purity and moisture specifications important?

Sensitive electrolyte and cell systems can show altered performance and reproducibility when water or trace impurities enter the solvent formulation.

Can these solvents be used alone?

They are generally screened as components of salt-containing electrolyte formulations. Compatibility with the salt, electrodes, separator, and cell design must be verified.