Karanj oil can be used as an alternate of other oils for Biodiesel production & leather Industry.
Standard Specifications | |
Acid value | 5% |
FFA (As Oleic Acid) | 2.25 % |
Saponification value | 196.2 |
Iodine value | 79 |
Viscosity (31oC) | 130 cps (Rv2 at 20rpm) |
Fatty Acid Composition | |
Palmitic acid | 10.81% |
Stearic acid | 6.65% |
Oleic acid | 48.53% |
Linoleic acid | 23.25% |
Other acids | 10.76% |
Crude Mahua oil can be used as an alternate of other oils for Biodiesel production.
Fuel Properties | CMO |
Density at 15°C, kg/m³ | 960 |
Viscosity at 40° C, mm²/s | 24.58 |
Calorific value, MJ/kg | 36.1 |
Acid value, mg KOH/g | 38.0 |
Flash point, °C | 232 |
Pour point, °C | 15 |
Water content, % | 1.6 |
Fatty Acid Composition | |
PROPERTIES | VALUES (Wt %) |
Oleic | 41.0-51.0 |
Palmitic | 16.0-28.2 |
Stearic | 20.0-25.1 |
Linoleic | 8.9-13.7 |
Arachidic | 0.0-3.3 |
Crude Neem oil can be used as an alternate of other oils for Biodiesel production, Pharma Industry.
Standard Specifications: | |
Colour | Dark Greenish Brown |
Odour | Garlic Repulsive |
Moisture & Insoluble Impurities | 1% |
Refractive Index At 40 C | 1.4615 To 1.4705 |
Specific Gravity @ 30 C/ 30 C | 0.908 To 0.934 |
Titer | 35.8 C |
Iodine Value | 65 -- 80 |
Saponification Value | 175 -- 205 |
Unsaponifiable Matter % By Wt. | 2 % By Mass, Max |
F.F.A. % By Weight | Upto 15 % |
Fatty Acid Composition | |
PROPERTIES | VALUES (Wt %) |
Oleic | 1 To 61.9 % |
Palmitic | 13.6 To 14.9 % |
Stearic | 14.4 To 19.1 % |
Linoleic | 7.5 To 15.8 % |
Myristic Acid | 2.6% |
Castor oil can be used as an alternate of other oils for Biodiesel production, Cosmetics Industry.
Castor Oil - USP Grade: | |
Appearance | Brilliantly clear & free from Suspended matte |
M.I.V. | 0.20% max. |
F.F.A. (As Oleic) | 0.40% max. |
Acid Value | 0.80 max. |
R.I @ 40 deg C | 1.470 – 1.481 |
Relative density @ 30 deg C | 0.954 – 0.960 gm/ml |
Saponification Value | 177 -- 187 |
Unsaponifiable matter | 0.50% max. |
Hydroxyl Value | 160 - 168 |
Iodine Value | 82 - 90 |
Peroxide Value | 3.50 Max. |
Colour in 5.25" cell | 10 Y 1.0 R Max. |
Optical Rotation | +3.0° – + 6.0° |
Absorption ( 268 – 270nm) | Max. 1.75 ( 1% Solution W/V in 96% ehanol) |
Refined Castor Oil PPG Grade - (Pale Pressed Grade): | |
Appearance | Pale yellow , Viscous , Clear liquid. Brilliantly clear and free from suspended matter |
Moisture (K.F.) | 0.25 % Max. |
F.F.A. (As Oleic) | 0.50 % Max. |
Acid Value | 1.00 Max. |
Iodine value (Wijs) | 82 – 90 |
Saponification Value | 177 - 185 |
Unsaponifiable matter | 0.70 % Max. |
Hydroxyl Value | 160 - 163 |
Relative Density @30° C | 0.954 – 0.960 gm / ml |
Colour on lovibond in 5.25"cell | Y - 10.0 Max R - 1.0 Max |
Refined Castor Oil (F.S.G.) Grade: | |
Appearance | Pale yellow , Viscous , Clear liquid |
M .I .V. | 0.25 % Max. |
F.F.A. (As Oleic) | 1.00 % Max. |
Acid Value | 2.00 % Max. |
Iodine value (Wijs) | 82 – 90 |
Saponification Value | 177 - 185 |
Hydroxyl Value | 158 - 163 |
Colour on lovibond in 5.25"cell | Y- 20.0 Max. R - 2.0 Max. |
Commercial Castor Oil | |
Appearance | Yellowish, Viscous, Liquid |
M .I .V. | 0.50 % Max. |
F.F.A. (As Oleic) | 2.00 % Max. |
Acid Value | 4.00 Max. |
Iodine value (Wijs) | 82 – 90 |
Saponification Value | 177 - 185 |
Hydroxyl Value | 158 - 163 |
Unsaponifiable matter | 0.70 % Max. |
Colour on lovibond in 1" cell ( Y + 5R) | 30.0 unit Max. |
Refined Castor Oil (DAB-10) | |
Acid Value | Max. 0.80 |
Peroxide value | Max. 3.50 |
Iodine value | 82 – 90 |
Saponification value | 176 - 187 |
Unsaponifiable matter | Max.1.0 % (m/m) |
Hydroxyl value | Min. 160 |
Absorption(268-270nm) | max. 1.5 {1%(m/V) solution in Ethanol,96%} |
Colour Lovibond 5 ¼" | Yellow – 10.0 max., Red – 1.0 max. |
REFINED CASTOR OIL EXTRA PPG | |
Appearance | Pale yellow , Viscous , Clear liquid |
Moisture(K.F.) | 0.25 % Max. |
F.F.A. (As Oleic) | 0.35 % Max. |
Acid Value | 0.70 Max. |
Iodine value (Wijs) | 82 – 90 |
Saponification Value | 175 – 185 |
Hydroxyl Value | 158 - 163 |
Unsaponifiable matter | 0.70 % Max. |
Colour on lovibond in 1" cell ( Y + 5R) | Yellow 9.0 Max., Red 0.9 Max. |
NEUTRALIZED CASTOR OIL. {N.C.O.} | |
Appearance | Pale yellow , Viscous , Clear liquid, Free of suspended matter |
Moisture(K.F.) | 0.25 % Max. |
F.F.A. (As Oleic) | 0.35 % Max. |
Acid Value | 0.70 Max. |
Iodine value (Wijs) | 82 – 90 |
Saponification Value | 177 – 185 |
Hydroxyl Value | 160 - 168 |
Unsaponifiable matter | 0.70 % Max. |
Colour on lovibond in 5.25" cell | Y - 15.0 Max R - 1.5 Max |
Castor Oil I.P. Water White | |
Appearance | Colourless Transparent, Viscous Liquid |
Moisture & Volatile Matter | 0.25 % Max. |
Peroxide Value | 5.00 Max |
Acid Value | 1 % Max. |
Acetyle Value | 143 min. |
Iodine Value | 82 - 90 |
Saponification Value | 177 – 187 |
Hydroxyl Value | 160 - 168 |
Refractive Index @ 30°C | 1.4785-1.4810 |
Colour in 5.25" Lovibond Scale | Y-10.0 Max. , R-1.0 Max. |
Castor Oil B.P. | |
Appearance | Brilliantly Clear & Free from suspended matter |
Acid Value | 1.8 Max. |
Iodine Value | 82 - 90 |
Saponification Value | 176 – 187 |
Unsaponifiable Matter | 0.8 % max w/w |
Peroxide Value | 4% Max |
Hydroxyl Value | 150 min |
Moisture | Moisture |
Foreign Fatty Substances | Complies with tests |
Relative Density @ 20° C | 0.952 – 0.965 |
Refractive Index @ 20°C | 1.4770 – 1.4810 |
Optical Rotation | +3.5 ° - + 6.0 ° |
Colour on 5.25" lovibond scale | 20.0Y + 2.0 R Max. |
HYDROGENATED CASTOR OIL ( H.C.O.) | |
Appearance | White Colour Flakes |
Acid Value | 3.0 Max. |
Iodine Value | 5.0 Max. |
Melting point | 85-88°C |
Saponification Value | 176 – 187 |