Product Overview

Glycol Ether EE (Ethylene Glycol Monoethyl Ether) is a critical organic solvent with extraordinary versatility in industrial chemical processing. This synthetic ether compound represents an important class of glycol derivatives characterized by its unique molecular structure that enables exceptional solvent capabilities across multiple industrial domains. Its precise chemical configuration allows for remarkable intermolecular interactions, making it a fundamental component in advanced chemical manufacturing and research applications.

As a low molecular weight glycol ether, this compound demonstrates remarkable chemical flexibility, serving as a critical intermediate in complex organic synthesis and industrial processing. Its molecular design enables superior penetration, dissolution, and chemical transformation capabilities that are essential in advanced manufacturing technologies.

Key Properties

• Chemical Formula: C4H10O2
• Boiling Point: 135°C
• Melting Point: -75°C
• Specific Gravity: 0.895
• Flash Point: 41°C
• Molecular Weight: 90.12 g/mol
• Appearance: Clear, colorless mobile liquid
• Solubility: High water solubility
• Chemical Stability: Stable under standard industrial conditions

Common Applications

• Industrial Coating Formulations: Glycol Ether EE serves as a critical solvent in industrial coating technologies, enabling enhanced film formation and improved surface penetration. Its molecular structure allows for superior film uniformity and adhesion in advanced protective and decorative coating systems.
• Chemical Manufacturing Intermediate: This glycol ether functions as a key intermediate in complex organic synthesis, facilitating critical chemical transformations and enabling the production of advanced industrial chemicals and specialty compounds.
• Industrial Cleaning Solvent: The compound provides exceptional degreasing and cleaning capabilities for metallic and industrial surfaces, offering superior solvent power and rapid evaporation characteristics in precision industrial cleaning processes.
• Printing Ink Development: Glycol Ether EE plays a crucial role in formulating advanced printing ink systems, providing optimal viscosity control and enhanced pigment dispersion for high-quality industrial printing applications.
• Metal Surface Treatment: The chemical enables sophisticated metal surface preparation techniques, facilitating superior cleaning, etching, and pre-treatment processes in advanced manufacturing and metallurgical industries.

Safety Precautions

Handling Glycol Ether EE requires strict adherence to professional industrial safety protocols. Users must implement comprehensive protective measures, including chemical-resistant personal protective equipment, controlled ventilation systems, and specialized handling procedures to mitigate potential exposure risks.

Storage of this chemical demands controlled environmental conditions, including temperature-regulated environments between 15-25°C, sealed containers resistant to chemical interaction, and isolation from incompatible reactive materials. Proper storage infrastructure must prevent moisture contamination and minimize potential thermal degradation.

Emergency response procedures must include immediate eye/skin decontamination protocols, respiratory protection, and specialized medical intervention guidelines. Personnel must be thoroughly trained in chemical handling, equipped with appropriate safety equipment, and prepared to implement rapid containment strategies in potential exposure scenarios.

Benefits

Glycol Ether EE offers extraordinary industrial performance through its exceptional solvent capabilities, precise chemical interactions, and versatile molecular design. Its unique properties enable superior dissolution, chemical transformation, and processing efficiency across multiple sophisticated industrial applications.

The compound provides significant economic advantages through its high-performance characteristics, including low viscosity, controlled evaporation rates, and consistent chemical behavior. These attributes translate into enhanced manufacturing efficiency, reduced processing times, and improved overall industrial chemical performance.