High Boiling Tetraethylene Glycol Dimethyl Ether 99% Industrial Grade Solvent TEGDME CAS:143-24-8

Tetraethylene Glycol Dimethyl Ether (Tetraglyme) is a high-boiling ether solvent with multiple ether oxygen atoms that can interact with certain metal salts. It can be used as a solvent or co-solvent in electrolyte formulations and electrochemical systems, depending on the salt composition, concentration, operating temperature, and electrochemical requirements.

• Electrolyte formulation and development
• Metal-salt electrolyte systems
• Electrochemical synthesis
• Battery and energy-storage research

Due to its high boiling point and ether functionality, Tetraglyme can serve as a reaction medium for organic synthesis and chemical processing, particularly for reactions requiring elevated temperatures or extended reaction times.

• Organic synthesis
• Chemical reaction media
• Metal-mediated reactions
• Specialty chemical production

The multiple ether oxygen atoms in Tetraglyme provide coordination sites for certain metal ions. This property makes it useful in metal-ion coordination, metal salt solutions, and coordination chemistry research.

• Metal-ion coordination
• Metal salt dissolution
• Coordination chemistry
• Organometallic chemistry research

With its relatively high boiling point and low volatility compared with lower-boiling ether solvents, Tetraglyme can be considered for high-temperature solvent systems and specialty chemical processes where a high-boiling reaction medium is required.

• High-temperature chemical processing
• Specialty solvent systems
• High-boiling reaction media
• Process development

Tetraethylene Glycol Dimethyl Ether can be incorporated into selected specialty chemical formulations where its solvent properties, ether functionality, and compatibility with specific formulation components are suitable.

• Specialty chemical formulations
• Functional solvent systems
• Chemical processing
• Formulation development

Tetraglyme is also used as a solvent and reaction medium in chemical research and laboratory-scale applications, particularly in studies involving metal salts, coordination chemistry, organic synthesis, and electrochemical systems.

• Laboratory synthesis
• Chemical research
• Electrochemical research
• Materials and coordination chemistry studies