ERBENOL SYNTA 930

ERBENOL SYNTA 930

SAE 0W-30 API SN
ERBENOL SYNTA 930 is specially developed with cutting edge mid-SAPS technology to cover the application on high performance gasoline car and turbo-diesel performance car. It is designed to outperform the conventional fully synthetic products with additional improvement in all aspects. The oil componentry builds on unique additive chemistry, extremely shear-resistance VM and combination of top-tier base-stocks of PAO and complex ester to pass through a higher benchmark of severe engine endurance test. The unique formulation of EBERNOL SYNTA 930 exhibits extremely high VI to deliver exceptional viscosity stability and robust oil film, enabling the engine to withstand high temperature, high stress and high RPM operation.
  • Extreme shear stability for longer oil drain interval.
  • Excellent oxidation resistance to prevent oil ageing and formation of residue.
  • Superb anti-wear properties for excellent engine protection against rough engine operation.
  • Robust oil film to provide retainable lubricity right up to the next oil change.
  • Meet wide array of OEM performance claims.
  • Compatible with after-treatment emission control system (DPF, GPF, TWC).
  • API SN
  • ACEA C3-16
  • MB 229.52
  • MB 229.51
  • MB 229.31
  • Renault RN0700
  • Renault RN0710
PROPERTIES METHOD SYNTA 930, SAE 0W-30
Appearance Visual Bright & Clear
Colour ASTM D1500 3.5
Density at 15°C, g/cm3 ASTM D4052 0.8432
Flash Point (COC), °C ASTM D92 >200
Pour Point, °C ASTM D97 -50
Kinematic Viscosity, cSt ASTM D7042
@40°C 52.5
@100°C 11.1
Viscosity Index ASTM D2270 209.0
Total Base Number, mgKOH/g ASTM D2896 8.2
CCS @ -35°C, cP ASTM D5293 5853

Note: The information and recommendations contained herein are based on tests and data believed to be reliable and issued for your guidance only. Properties mentioned are typical with minor variations, which do not affect their quality, and are to be expected in normal manufacturing conditions. However, we cannot accept any responsibility for the results as the use and applications of the product are beyond our control.