SAMIC MARVEL TOPAZ 4T SL/JASO MA series is designed with high quality semi synthetic base stocks and advanced technology additive system to provide high level of protection and performance.
Product Description & Specifications
SAMIC MARVEL TOPAZ 4T SL/JASO MA series is designed with high quality semi synthetic base stocks and advanced technology additive system to provide high level of protection and performance. It works harder than other conventional motor oils by continuously preventing dirt and sludge build-up and reduces engine noise. This product meets the requirements of most motorcycle manufacturers and is suitable for use in both air-cooled or liquid-cooled 4 stroke motorcycle engines, naturally aspirated or turbo charged engines, operating in all round seasons and adapted to vehicles equipped with catalytic converters running on unleaded fuels.
Features & Benefits
- Outstanding protection against viscosity and thermal breakdown.
- Excellent detergency and dispersancy.
- Superior sludge protection for greater engine reliability.
- Enhanced wear protection and improved engine cleanliness.
SAMIC MARVEL TOPAZ 4T SL/JASO MA Meets or exceeds following International and Builder specifications:
- API SL, SJ
- JASO MA (in accordance T 903: 2016)
- JASO 4T Clutch performance
SAMIC MARVEL TOPAZ 4T SL/JASO MA is suitable for use in following:
- 4-Stroke motorcycle engines equipped with air-cooled or liquid-cooled system.
- Naturally aspirated or turbo-charged engines.
|SAMIC MARVEL TOPAZ 4T SL/JASO MA||Test Method||Units||10W-30||10W-40||10W-50|
|Density @ 15 0C||ASTM D 4052||gm/cc||0.855||0.868||0.860|
|Viscosity @ 100 0C||ASTM D 445||cSt||10.4||14.30||18.5|
|Viscosity @ 40 0C||ASTM D 445||cSt||64.5||95||130.0|
|Viscosity Index||ASTM D 2270||–||149||155||160|
|Pour Point||ASTM D 97||°C||-36||-33||-36|
|Flash Point (COC)||ASTM D 92||°C||225||220||230|
|Total Base Number||ASTM D 2896||mg KOH/g||7.8||7.8||7.8|
|Phosphorous||ASTM D 4951||% wt||0.098||0.098||0.098|
|CCS Viscosity||ASTM D 5293||cP||5900 @ -25 °C||5650 @ -25 °C||6250 @ -25 °C|
The above figures are typical of blends with normal production tolerance and do not constitute a specification.