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Molish SN500 Base Oil

Applications of SN500 Base Oil
• Motor Oils: SN500 base oil is used as a base for producing diesel and gasoline engine oils in both light and heavy vehicles.
• Industrial Oils: SN500 is widely used in the production of hydraulic oils, compressor oils, and industrial gear oils.
• Grease Production: SN500 serves as a raw material in the production of industrial greases with high resistance.
• Process Oils: SN500 base oil is used as a lubricant and processing agent in rubber manufacturing, plastic production, and petrochemical processes

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About Product

Engine Oils: SN500 is extensively used in the production of motor oils. Due to its suitable viscosity and high flash point, it can perform optimally under various temperature conditions.

Hydraulic Fluids: This product, due to its appropriate density and resistance to heat, is highly suitable for producing hydraulic fluids. These fluids are used in industrial machinery and hydraulic systems for power transmission.

Industrial Oils (continued): This oil, considered a refined petroleum derivative, is used in the production of industrial oils due to its resistance to harsh conditions. The use of SN500 in these industries improves performance and increases equipment lifespan.

Production of Industrial Lubricants: This product is used as a raw material in the production of various lubricants, including gear oils and industrial lubricants.

Test Title Result
Density at 20°C (g/cm³), not more than 890
Refractive Index at 20°C –
Kinematic Viscosity at 100°C (cSt) 9.5 – 8.0
Pour Point (°C), not higher than -12
Flash Point (°C), not lower than 220
Viscosity Index, minimum 95
Color –
Color by LIHT, maximum 1
Color by ASTM, maximum 1
Color by Conditional Units of KHC, maximum 0.03
Mass Fraction of Sulfur (%), maximum 0.03
Acid Number (mg KOH per 1 g oil), minimum 0.05
Mass Fraction of Mechanical Impurities (%), maximum 0.005

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Molish SN150 Base Oil

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Test Title Unit Test Method Result
Appearance – Visual Clear & Bright
Color – ASTM D-1500 Max 1
Density at 15°C kg/m³ ASTM D-4052 860–880
Kinematic Viscosity at 100°C mm²/s (cSt) ASTM D-445 4.7–5.7
Viscosity Index – ASTM D-2270 Min 90
Flash Point °C ASTM D-92 Min 200
Pour Point °C ASTM D-97 Max -6
Noack Volatility at 250°C % wt ASTM D-5800 Max 15
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Molish SN500 Base Oil

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Test Title Result
Density at 20°C (g/cm³), not more than890
Refractive Index at 20°C–
Kinematic Viscosity at 100°C (cSt)9.5 – 8.0
Pour Point (°C), not higher than-12
Flash Point (°C), not lower than220
Viscosity Index, minimum95
Color–
Color by LIHT, maximum1
Color by ASTM, maximum1
Color by Conditional Units of KHC, maximum0.03
Mass Fraction of Sulfur (%), maximum0.03
Acid Number (mg KOH per 1 g oil), minimum0.05
Mass Fraction of Mechanical Impurities (%), maximum0.005
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Test Title Result
Density at 20°C (g/cm³), not more than 890
Refractive Index at 20°C –
Kinematic Viscosity at 100°C (cSt) 9.5 – 8.0
Pour Point (°C), not higher than -12
Flash Point (°C), not lower than 220
Viscosity Index, minimum 95
Color –
Color by LIHT, maximum 1
Color by ASTM, maximum 1
Color by Conditional Units of KHC, maximum 0.03
Mass Fraction of Sulfur (%), maximum 0.03
Acid Number (mg KOH per 1g oil), minimum 0.05
Mass Fraction of Mechanical Impurities (%), maximum 0.005
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Property Method Unit Typical Value
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Viscosity @ 100°C ASTM D445 mm²/s ≈ 6.8 – 7.0
Density @ 15°C ASTM D1298 kg/m³ ≈ 850 – 870
Flash Point (COC) DIN ISO 2592 °C ≈ 210 – 220
Pour Point DIN ISO 3016 °C ≈ -30 / -33
Refrigeration Oil Group DIN 51503 – KAA, KC, KE
Neutralization Number (TAN) DIN/ASTM mgKOH/g < 0.04
Saponification Number DIN/ASTM mgKOH/g < 0.08
Refrigerant Stability DIN 5193 – ≥ 96
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