Bitumen

Penetration Grade Analysis 40 | 50
Specification AcceptableRange Result Result Test Method Explanation
Penetration 40-50 47 ASTM – D5 at 25°c,mm/10
Softening Point 45-60 53.6 ASTM – D36
Ductility +100 >100 ASTM-D113 at 25°c cm
Solubility 99.0 Min 99.7 ASTM-D2042 in CCL4, %
Specific Gravity 1.0 1-1.06 1.028 ASTM – D70 at 25°c
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 344 ASTM-D92
Test on Residue From Thin Film Oven Test (T.F.O.T)
Drop in Penetration 20 Max 6.3 ASTM- D5&D6 %
Mass Loss 0.2 Max 0.07 ASTM-D6 Wt%
Penetration Grade Analysis 60 | 70
Specification AcceptableRange Result Result Test Method Explanation
Penetration 60-70 66 ASTM – D5 at 25°c,mm/10
Softening Point 46-56 49.5 ASTM – D36
Ductility +100 >100 ASTM-D113 at 25°c cm
Solubility 99.0 Min 99.8 ASTM-D2042 in CCL4, %
Specific Gravity 1.0 1-1.06 1.018 ASTM – D70 at 25°c
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 315 ASTM-D92
Test on Residue From Thin Film Oven Test (T.F.O.T)
Drop in Penetration 20 Max 8.9 ASTM- D5&D6 %
Mass Loss 0.2 Max 0.09 ASTM-D6 Wt%
Penetration Grade Analysis 85 | 100
Specification AcceptableRange Result Result Test Method Explanation
Penetration 85-100 91 ASTM – D5 at 25°c,mm/10
Softening Point 42-53 45.4 ASTM – D36
Ductility +100 >100 ASTM-D113 at 25°c cm
Solubility 99.0 Min 99.8 ASTM-D2042 in CCL4, %
Specific Gravity 1.0 1-1.06 1.01 ASTM – D70 at 25°c
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 344 ASTM-D92
Test on Residue From Thin Film Oven Test (T.F.O.T)
Drop in Penetration 20 Max 8.9 ASTM- D5&D6 %
Mass Loss 0.2 Max 0.11 ASTM-D6 Wt%
Viscosity Grade Analysis V.G 10
Specification AcceptableRange Result Test Method Explanations
Absolute Viscosity Min 800 1164 ASTM – D4402 at 60°c, Poises
Kinematic Viscosity  Min 250 287 ASTM – D4402 at 135°C, C.st
Ductility Min 100 >100 ASTM – D113 at 25°c, cm
Solubility 99.0 Min 99.8 ASTM D2042 in CCL4, %
Specific Gravity 1.01-1.06 1.01 ASTM – D70 at 25°C
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 334 ASTM – D92 °C
Penetration 80-100 91 ASTM – D5 at 25°c, mm/10
Softening Point Min 40 45.2 ASTM – D36 °C
Test on Residue From Thin Film Oven Test (T.F.O.T)
Raito Viscosity Max 4.0 2.1 ASTM – D4402 at 60°C, %
Ductility Min 75 89 ASTM – D113 at 25°c, cm
Viscosity Grade Analysis V.G 20
Specification AcceptableRange Result Test Method Explanations
Absolute Viscosity Min 1600 1922 ASTM – D4402 at 60°c, Poises
Kinematic Viscosity  Min 300 317 ASTM – D4402 at 135°C, C.st
Ductility Min 100 >100 ASTM – D113 at 25°c, cm
Solubility 99.0 Min 99.8 ASTM D2042 in CCL4, %
Specific Gravity 1.01-1.06 1.022 ASTM – D70 at 25°C
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 334 ASTM – D92 °C
Penetration 60-80 70 ASTM – D5 at 25°c, mm/10
Softening Point Min 45 47.8 ASTM – D36 °C
Test on Residue From Thin Film Oven Test (T.F.O.T)
Raito Viscosity Max 4.0 1.9 ASTM – D4402 at 60°C, %
Ductility Min 50 76 ASTM – D113 at 25°c, cm
Viscosity Grade Analysis V.G 30
Specification AcceptableRange Result Test Method Explanations
Absolute Viscosity Min 2400 2486 ASTM – D4402 at 60°c, Poises
Kinematic Viscosity  Min 350 378 ASTM – D4402 at 135°C, C.st
Ductility Min 100 >100 ASTM – D113 at 25°c, cm
Solubility 99.0 Min 99.8 ASTM D2042 in CCL4, %
Specific Gravity 1.01-1.06 1.014 ASTM – D70 at 25°C
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 342 ASTM – D92 °C
Penetration 50-70 66 ASTM – D5 at 25°c, mm/10
Softening Point Min 47 49.5 ASTM – D36 °C
Test on Residue From Thin Film Oven Test (T.F.O.T)
Raito Viscosity Max 4.0 2.1 ASTM – D4402 at 60°C, %
Ductility Min 25 63 ASTM – D113 at 25°c, cm
Viscosity Grade Analysis V.G 40
Specification AcceptableRange Result Test Method Explanations
Absolute Viscosity Min 3200 3912 ASTM – D4402 at 60°c, Poises
Kinematic Viscosity  Min 400 426 ASTM – D4402 at 135°C, C.st
Ductility Min 100 >100 ASTM – D113 at 25°c, cm
Solubility 99.0 Min 99.87 ASTM D2042 in CCL4, %
Specific Gravity 1.01-1.06 1.028 ASTM – D70 at 25°C
Spot Test Negative Negative T102 in Naphtha
Flash Point 220 Min 344 ASTM – D92 °C
Penetration 40-60 47 ASTM – D5 at 25°c, mm/10
Softening Point Min 50 53.6 ASTM – D36 °C
Test on Residue From Thin Film Oven Test (T.F.O.T)
Raito Viscosity Max 4.0 1.5 ASTM – D4402 at 60°C, %
Ductility Min 25 38 ASTM – D113 at 25°c, cm

Bitumen

The term bitumen refers to a substance produced through the distillation of crude oil

What Is Bitumen?

The term bitumen refers to a substance produced through the distillation of crude oil. Bitumen is known for its waterproofing and adhesive properties and is commonly used in the construction industry, notably for roads and highways. Production occurs through distillation, which removes lighter crude oil components like gasoline and diesel, leaving the heavier bitumen behind.

How is Bitumen Made?

Bitumen is a by-product of crude oil. It is commonly produced through a refining process in which crude oil is reduced. It removes lighter crude oil components and leaves behind the heavier bitumen. This product has many industrial applications. It is used in the construction of roads, where it is known as asphalt, and in roofing.

More information about the product

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