This lubricant offers various advantages in CO2 refrigeration systems, including enhanced miscibility, lubrication, stability, fluidity at low temperatures, and a prolonged service life. It addresses the specific challenges posed by CO2 systems, making it a suitable choice for these applications.

Common synthetic lubricants like polyol ester (POE) synthetic lubricants may exhibit good miscibility with CO2 but can experience a significant reduction in viscosity. In contrast, polyalkylene glycols (PAGs) demonstrate partial miscibility with CO2 while maintaining their viscometric properties, resulting in superior wear protection.

Specialty lubricants are required for trans-critical CO2 systems due to their high pressure and increased bearing loading. Traditional lubricants like mineral oils and alkylbenzenes are typically incompatible with CO2 systems.

This product utilizes double end capped technology, which is an advanced technology used to enhance its performance in high-pressure CO2 systems.

The lubricant's formula is advanced, providing several key benefits, including superior miscibility and lubrication in high-pressure CO2 systems. Additionally, it offers excellent chemical and thermal stability, superior fluidity at low temperatures, and a long service life.

This lubricant is specifically formulated for use in refrigeration systems that utilize CO2 (carbon dioxide) as the refrigerant.