Bluenergy Yale Robust
10W30 API SN

Bluenergy Yale Robust API SM/CF series is designed with high quality semi-synthetic base stocks and advanced technology additive system to provide very high level of engine protection and performance. It is suitable for higher mileage gasoline fueled automobiles and light duty trucks requiring an API SL specification, where very high viscosity index oils are preferred to provide longer oil drain intervals in modern engines and better oil consumption control in older vehicles where oil usage (burning) is an issue.

Category:

Description

Features & Benefits
• Superior protection against viscosity and thermal breakdown.
• Excellent detergency and dispersancy.
• Superior sludge protection for greater engine reliability.
• Enhanced wear protection and improved engine cleanliness

Specifications
Bluenergy yale robust API SM/CF series meets or exceeds following International and Builder
specification:
• API SM, SL, SJ, CF • ACEA A3/B3
• ILSAC GF-4

Applications
Bluenergy Engine yale robust API SM/CF series is suitable for use in following:
• Automotive gasoline and diesel engines.
• Passenger cars, SUVs, light trucks and vans.
• Moderate duty LPG vehicles.
• Naturally aspirated or turbo-charged engines.
• Fuel injected or indirect injection diesel engines fitted with blow-by recirculation systems.

TYPICAL CHARACTERISTICS

Bluenergy yale vigor Test Method Units 10W30 10W40 10W60
Density @ 15 0C ASTM D 4052 gm/cc 0.868 0.870 0.875
Viscosity @ 100 0C ASTM D 445 cSt 10.4 14.30 23.45
Viscosity @ 40 0C ASTM D 445 cSt 62.6 95 167.85
Viscosity Index ASTM D 2270 156 155 170
Pour Point ASTM D 97 °C -36 -36 -36
Flash Point (COC) ASTM D 92 °C 215 231 236
Total Base Number ASTM D 2896 mg KOH/g 8.2 8.2 8.2
Phosphorous ASTM D 4951 % wt 0.1 0.1 0.1
CCS Viscosity ASTM D 5293 cP @-15 5550 5650 6450

These characteristics are typical of current product methods whilst future production will confirm to Zeal lubricants specifications,variations in these physical characteristics may occur.

Additional information

MSDS

MSDS

PDS

PDS