Model No: JT00007

tetraethylene glycol Industrial-grade

Tetraglycol, also known as tetraethylene glycol, is a colorless, odorless, viscous organic liquid.
minimum order :
1 barrel
Supply Ability :
100Tbarrel / Week
Stock Time :
30Day
Country of Origin :
China
Quantity :
US $1.13 - US $1.53 / barrel
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CAS NO.

9004-76-6

Packaging Specifications

220kg per drum; tonne drum

Appearance 

Colourless transparent liquid

Grade

Industrial grade

Odor

No peculiar odour

Applications

Antifreeze and coolant raw materials

Density

1.1±0.1 g/cm3

 
 

Main Applications 

1. Natural Gas Processing (Desulfurization/Decarbonization)

Natural gas processing and desulfurization/decarbonization represent the largest and most significant application areas fortetraglycol, also known as tetraethylene glycol. Tetraglycol serves as a physical solvent widely employed in the sulfonamide process, which typically uses cyclobutanesulfonamide as the primary solvent. Additives such as tetraglycol and diisopropanolamine are incorporated to enhance absorption capacity for acidic gases in natural gas (e.g., H₂S and CO₂), thereby achieving efficient desulfurization and decarbonization. This application of tetraglycol is critical for purifying natural gas, as tetraglycol’s unique solvent properties ensure compliance with transportation and utilization standards while reducing environmental impact. The reliability of tetraglycol in this process makes tetraglycol an indispensable component in the natural gas processing industry.

2. Initiator for Polyether Polyols Synthesis

Tetraglycol, or tetraethylene glycol, serves as a high-performance initiator for synthesizing polyether polyols. During the production of polyether polyols used in polyurethane foams, elastomers, adhesives, and sealants, tetraethylene glycol undergoes ring-opening polymerization with epoxy compounds like propylene oxide. This process, driven by tetraethylene glycol, regulates the molecular structure and functionality of the final product, yielding polyether products with superior performance characteristics. The use of tetraethylene glycol as an initiator ensures the polyether polyols meet the specific performance requirements of diverse end applications, from flexible foams to high-strength adhesives. Tetraglycol (tetraethylene glycol)’s reactivity and stability make it a preferred choice for polyether polyol synthesis in the polymer industry.

3. Synthetic Lubricants Component

Tetraglycol, commonly referred to as tetraethylene glycol, can serve as a base oil or functional additive in synthetic lubricants, exhibiting excellent thermal stability and lubricating properties. Tetraethylene glycol is suitable for lubrication systems operating under high-temperature or high-load conditions, as tetraethylene glycol maintains consistent performance even in extreme operating environments. Its superior lubricating properties, a key feature of tetraethylene glycol, reduce friction and wear, extending the lifespan of machinery and equipment. This makes tetraethylene glycol a valuable component in industrial lubricants for heavy machinery, automotive engines, and other high-demand applications. Additionally, tetraethylene glycol’s compatibility with other lubricant additives enhances the overall performance of synthetic lubricant formulations.

4. Plasticizer for Polymeric Materials

Tetraglycol (also known as tetraethylene glycol) also functions as an effective plasticizer for polymeric materials, particularly suitable for systems like cellulose resins (e.g., nitrocellulose) and polyvinyl acetate. The incorporation of tetraethylene glycol effectively enhances material flexibility, elongation, and processing flow, improving the mechanical properties and service performance of finished products. As a plasticizer, tetraethylene glycol helps polymeric materials maintain structural integrity while enabling easier processing, making tetraethylene glycol ideal for applications such as coatings, adhesives, and flexible plastic products. Tetraethylene glycol’s low volatility and good compatibility with polymeric matrices further solidify its role as a reliable plasticizer in the material industry.