ETRO 4+ is a high quality Group III+ base oil, manufactured from a unique feedstock by using a proprietary hydro-treatment - and wax isomerization process and hydrofinished to a colourless liquid. The base oil is highly isoparaffinic and exhibits a very high viscosity index as well as superior low-temperature performance. It has an excellent viscosity-volatility relationship.
Applications:
ETRO 4+ is the preferred choice for formulating cost effective, high-performance, low-viscosity engine oils due to its superb viscometrics and low volatility. This base oil is also suitable for application in industrial equipment, such as compressors, hydraulic systems, gears and turbines.
Features and Benefits:
Very high viscosity index
Excellent volatility for low-viscosity engine oils
Superior low-temperature performance
Good oxidation stability
Formulation Support:
ETRO 4+ is supported with top-tier engine oil formulations that meet the requirements for:
API SN
ILSAC GF-5
ACEA 2012*
OEM Specifications
ETRO 6+ is a high quality Group III+ base oil, manufactured from a unique feedstock by using a proprietary hydrotreatment and wax isomerization process and is hydrofinished to a colourless liquid. The base oil is highly isoparaffinic and exhibits a very high viscosity index as well as superior low temperature performance. It has an excellent viscosity-volatility relationship.
Applications:
ETRO 6+ is an excellent choice for formulating cost effective, high performance, low-viscosity
engine oils due to its superb viscometrics and low volatility. This base oil is also suitable for
application in industrial equipment, such as compressors, hydraulic systems, gears and turbines.
Features and Benefits:
Very high viscosity index
Excellent volatility for low viscosity engine oils
Superior low temperature performance
Good oxidation stability
Formulation Support:
ETRO 6+ is supported with top-tier engine oil formulations that meet the requirements for:
API SN
ILSAC GF-5
ACEA 2012*
OEM Specifications
EQUINAS 4 is a high-quality Group III base oil, highly isoparaffinic and exhibits a very high viscosity index as well as superior low-temperature performance. It has an excellent viscosity-volatility relationship.
Applications:
EQUINAS 4 is an excellent choice for formulating high-performance, low-viscosity engine oils due to its high viscosity index and low volatility. This base oil is also suitable for application in industrial equipment, such as compressors, hydraulic systems, gears and turbines.
Features and Benefits:
Very high viscosity index
Excellent volatility for low-viscosity engine oils
Superior low-temperature performance
Good oxidation stability
EQUINAS 6 is a high-quality Group III base oil, highly isoparaffinic and exhibits a very high viscosity index as well as superior low-temperature performance. It has an excellent viscosity-volatility relationship.
Applications:
EQUINAS 6 is an excellent choice for formulating high performance, low-viscosity engine oils due to its high viscosity index and low volatility. This base oil is also suitable for application in industrial equipment, such as compressors, hydraulic systems, gears and turbines.
Features and Benefits
Very high viscosity index
Excellent volatility for low-viscosity engine oils
Superior low-temperature performance
Good oxidation stability
EQUINAS 8 is a high-quality Group III base oil, manufactured from a unique feedstock by using a proprietary hydrotreatment and wax isomerization process and hydrofinished to a colourless liquid.
The base oil is highly isoparaffinic and exhibits a very high viscosity index as well as superior low-temperature performance. It has an excellent viscosity-volatility relationship.
Applications:
EQUINAS 8 is an excellent choice for formulating high performance engine oils due to its high viscosity index and low volatility. This base oil is also suitable for application in industrial equipment, such as compressors, hydraulic systems, gears and turbines.
Features and Benefits
Very high viscosity index
Excellent volatility for low-viscosity engine oils
Superior low-temperature performance
Good oxidation stability
