SpectraSyn Plus™ 3.6

SpectraSyn Plus™ 3.6 provide an optimal combination of volatility and low-temperature fluidity. SpectraSyn Plus™ 3.6 Advanced PAO products viscosity indices translate into improved flow at low temperatures and increased film thickness at high temperatures. SpectraSyn Plus™ 3.6 Advanced PAO provide superior lubrication as the primary basestocks for synthetic lubricants used in passenger car engines, heavy-duty diesel engines, transmissions, and a variety of industrial applications. SpectraSyn Plus™ 3.6 Advanced PAO can be used for upgrading mineral oil or Group III basestocks for improved low temperature and volatility performance.

Principal: ExxonMobil Chemical

Chemical Family: Polyalphaolefins (PAO)

End Uses: Diesel Engine Lubricants, Industrial Lubricants, Passenger Car Engine Lubricant, Synthetic Lubricants, Transmission Fluids

Fluids & Lubricants Type: Engine Oils & Fluids, Gear Oils & Lubricants, Industrial Oils & Fluids

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Enhanced TDS

Identification & Functionality

Blend
No
Chemical Family
Fluids & Lubricants Functions
Product Code
MITM04575
Single Ingredient
Yes
Technologies
Product Families

Features & Benefits

Fluids & Lubricants Features
Labeling Claims

Applications & Uses

Properties

Physical Form

Principal Information

Group Principal Number
S000101
Principal

Other

Appearance
Bright and clear
Color (SDS)
Colorless
Odor (SDS)
Mild
Other Hazards
High-pressure injection under skin may cause serious damage.
USA/DOT UN Number
Not Applicable
Optical Properties
ValueUnitsTest Method / Conditions
Color Scalemax. 0.5 ASTMASTMASTM D1500
Refractive Index1.453-ASTM D1218 at 25°C
Chemical Properties
ValueUnitsTest Method / Conditions
Acid Numbermax. 0.05 mg KOH/gmg KOH/gASTM D974
Aniline Point119.0 °C°CASTM D611
Shelf Life & Stability
ValueUnitsTest Method / Conditions
Shelf Life0.0 dd
Electrical Properties
ValueUnitsTest Method / Conditions
Dielectric Constant2.09-ASTM D924 at 25°C
Dielectric Strength41.5 kVkVASTM D877
Physical Properties
ValueUnitsTest Method / Conditions
Apparent Viscosity2060.0 cPscPsMini-Rotary Viscometer at -40°C
Apparent Viscosity2060.0 cPscPsASTM D4684 at -40°C
Cold Cracking Viscosity660.0 cPscPsASTM D5293 at -30°C
Cold Cracking Viscosity1050.0 cPscPsASTM D5293 at -35°C
Evaporation Loss22.6 %%ASTM D972 at 205°C, 6.5h, by weight
Fire Point248.0 °C°CASTM D92
Fire Point248.0 °C°CCleveland Open Cup
Flash Point224.0 °C°CCleveland Open Cup
Flash Point224.0 °C°CASTM D92
Kinematic Viscosity3.6 mm²/smm²/sASTM D445 at 100°C
Kinematic Viscosity15.4 mm²/smm²/sASTM D445 at 40°C
Kinematic Viscosity2000.0 mm²/smm²/sASTM D445 at -40°C
Pour Pointmax. -65.0 °C°CASTM D5950
Pour Pointmax. -65.0 °C°CASTM D97
Specific Gravity0.816-ASTM D4052 at 15.6°C
Vapor Pressure2.0 mm Hgmm HgASTM D2877 at 150°C
Viscosity2117.0 cPscPsASTM D2983 at -40°C
Viscosity1.14 cPscPsASTM D5481
Viscosity2117.0 cPscPsBrookfield Viscometer at -40°C
Viscosity Index120.0-ASTM D2270
Material Composition
ValueUnitsTest Method / Conditions
Volatile Contentmax. 17.0 %(W/W)%(W/W)Noack Volatility Test
Volatile Contentmax. 17.0 %(W/W)%(W/W)DIN 51581
Volatile Contentmax. 17.0 %(W/W)%(W/W)ASTM D5800
SDS Physical and Chemical Properties
ValueUnitsTest Method / Conditions
Flash Point (SDS)min. 200.0 °C°CASTM D93
Pour Point (SDS)max. -60.0 °C°CInternal Method at -5°C
Relative Density (SDS)0.82-Internal Method
Vapor Pressure (SDS)max. 0.013 kPakPaAt 20°C
Viscosity (SDS)4.0 cStcStAt 100°C
Viscosity (SDS)16.0 cStcStat 40°C