Description
VEGETABLE OILS SPECIFICATIONS
We evaluate requests only on LOI based (Letter of Interest).
REFINED SUNFLOWER OIL
Specific gravity @ 25°C USP 0.915-0.920
Iodine value USP 110 – 143
Saponification Value USP 188 – 19
Free fatty acids USP < 2.0 mL of 0.02 N NaOH
Color Gardner AOCS Td la-64 3 max
Appearance Pale yellow, bright & clear oily liquid
Odor Bland and odorless
TYPICAL FATTY ACID COMPOSITION (%) C14:0 <0.5 C18:2 20 – 75
C16:0 3.0 – 10 C18:3<1.5
C16:1 <1.0 C20:0 <1.0
Grade Highest oil process Mechanical (expeller) pressing
CRUDE SUNFLOWER OIL
FFA ( Percent) NEN-EN-ISO 660 max 3.0
Moisture ( Percent) NEN-EN-ISO 662 max 0
Oil does not contain water – Microbiological safety 0
Impurities (Percent) NEN-EN-ISO 663
Relative density at 20oC- NEN 6311
Colour Lovibond (5 188 inch) NEN 6308
Iodine value (g 12/100g) NEN-EN-ISO 3961
Saponification value 180
Refractive index, 40C 1.4770
Specific weight, 20C 0.9165-0.9180
Peroxide Value at loading (meq/kg) NEN-EN-ISO 3960
Phosphor number 0.40%
Flash point oC – Min 121 oC
Grade Highest oil process Mechanical (expeller) pressing
CRUDE DEGUMMED RAPESEED OIL
Density(15 °C) 900-930 Kg/m DIN EN ISO 12185
Flash Point P.- M. °C Min. 101 DIN EN ISO 2719
Cinematic Viscosity (40 °C) Max. 36,0 mm./s DIN EN ISO 3104
Lower calorific value Max. 36.000 Kj/kg DIN 51 900 -2
Cetane Number Min. 39 % IP 498
Carbon Residue Mass n.C. Max. 0,40 % (m/m) DIN EN ISO 10370
Iodine Number 95 -125 g /100g DIN EN 14111
Sulphur Conten Max. 10 mg/kg DIN EN ISO 20884
Total Contamination Max. 24 mg/kg DIN EN 12882
Erucic Acid Value Max. 2,0 mg KOH/g DIN EN 14104
Oxidation Stability 110 °C Min. 6,0 h DIN EN 14112
Phosphorus Conten Max. 3,0 mg/kg DIN EN 14107
Saponification Value 170 – 179 DIN EN 51559
Oxid Ash Conten Max. 0,01% DIN EN ISO 6245
Acidity/FFA % (m/m) 0, 06 – max. 1,0 EN ISO 660
Ca+Mg Max. 2.0 mg/kg E DIN 14538
Ca Conten 1 ,0 mg/kg DIN 51627-6
Mg Conten 1,0 mg/kg DIN 51627-6
Water Content K.- F. Max. 750 mg/kg DIN EN ISO 12937
CRUDE RAPESEED OIL
Density (at 15° C): 900-930kg/m3 FFA ( Percent)
Flash Point: (closed up, Pensky-Martens method) 220°C
Calorific value: 35.000 kJ/kg
Kinematic viscosity: 38 mm2/3 (40°C)
Cold procedure: The procedure should be positive
Ignition tendency: (Cetane number) procedure still under development
Coke deposit: (Conradson procedure) 0.4 mass-%
odine value: 100-120g/100g
Sulphur content: 20mg/kg
Neutralisations number: 2,0mg KOH/g
Phosphorus content: 15mg/kg
Water content: 75mg/kg
Ash: 0.01 mass%
REFINED CORN OIL
Specific gravity @ 25°C
USP 0.914-0.921
Iodine value USP 102 – 130
Saponification value USP 187 – 193
Free fatty acids USP < 2.0 mL of 0.02 N NaOH
Peroxide value USP 5 meq/kg max
Unsaponifiable matter USP <1.5%
Color Gardner AOCS Td la-64 5 max
Moisture 0
Appearance Golden yellow, bright & clear oily liquid
Odor Bland, odorless
CRUDE CORN OIL
FFA (as oleic): 3
Percentmax moisture/impurities: 0.5 Percent max
Refraction index: 1.4719-1.4740 25 176 c
iodine index: 120-144 saponification number: 187/192
non saponification matter: 1.0
Percent max soluble in petroleter: 0.1
Percent max sediment: 0.3
Percent max flash point: 121 176 c
min peroxide: 2.0 meq 02/kg
REFINED SOYBEAN OIL
FREE OF RADIOACTIVITY FREE COLESTEROL
NO OGM.
Specific gravity: 0.916-0.922
Refractive index: 1.465-1.475
Heavy metals, Method: 0.001% max
Iodine value: 120 – 141
Free fatty acid: < 2.5 mL of 0.02 N NaOH
Peroxide: 10.0 max
Color Gardner: AOCS Td la-64 4 max
Appearance: Greenish-yellow, bright & clear oily liquid
Flavor and odor: Bland, almost odorless
Typical peroxide value: < 1.0 meq/kg
TYPICAL FATTY ACID COMPOSITION (%)
C16:0 7-14
C18:0 1-6
C18:1 19-30
C18:2 44-62
C18:3 4-11
CRUDE PALM OIL
Color Lovibond R29 DGF C-IV 4b
Melting Point (C°) 45
Iodine Value (gr. I/100 gr.) Min 48 Max56
Flash Point C° >60 >180 DIN EN 22719
CALORIFIC VALUE KJ/KG – MIN. 37000
FFA (Percent) MAX 0.10
MOISTURE amp IMP MAX 0.10 IV: 48- 56
MELTING POINT 38
OXIDATIVE STABILITY MIN. 12
DENSITY 20-176C KG/M3 – 912
DENSITY 50-176C KG/M3 – 892
FLAM POINT 176C -360
FLASH POINT 176C -320
VISCOSITY 50-176C MM2/S-28
CETANE NUMBER 50
SULPHUR 3
PHOSPOR 1.6
PALM METHYL ESTER B100
Viscosity 2.3-6.0 Mm 2/S (Cst) ASTM D 445
Total Acid Number TAN <0.8 mgKOH/gr ASTM D 664
Density (40C°) 0.850-0.890 Gr/cm3 ASTM D 1298
Total Glycerol <0.24 %w AOCS CA 14-56
Free Glicerol <0.02 %w AOCS CA 14-56
Water & Sediment <0.5 ASTM D 2709
Ester Content >0.96 %w FBI A03 03
Fosfor Content <10 ppm(mg/kg) AOCS Ca12-55
Iodium Value <115 %w (g-12/100) AOCS Cd 1-25
Helphen Test Negative AOCS Cb 1-25
Flash Point >100 C° ASTM D 93
Cloud Point <18 °C ASTM D 2500
Color ASTM 3.0 D1298
Density @15oC, Kg/L 0.815-0.855 D4052
Kinematics Viscosity @40oC.cSt 3.0-6.0 D445
Distillation 90% oC 360 D96
Sediment by extraction Wt% 0.05 D473
Carbon residue (micro method) 0.1 D4530
Flash Point Min 40 D93
Pour Point oC Minus 17,5 D97
Water by Karl Fisher volume % Max 0.02 D6304
Ash Wt PCT Max 0.01 D482
RBD PALM OLEIN CP8
FREE FATTY ACID (AS PALMITIC) 0,10% MAX.
MOISTURE & IMPURITIES 0,10%
IODINE VALUE 56 MIN. (WIJS METHOD)
MELTING POINYT 25 C MAX
COLOUR ( 5 QUARTER LOVIBOND CELL) 3,0 RED MAX
CLOUD POINT 8,0 DEG.MAX
PROXIDE VALUE (MEQ/KG) 1.0 MAX
QUANTITY/WEIGHT 5%
SPECIFICATION OF PME-PALM METHYL ESTER-EN.14214
ESTER CONTENT | % | 96.5 MIN | EN 14103 |
DENSITY AT 15 DEG C | Kg/m3Kg/l-1 |
860 – 9000.86 – 0.9 |
EN ISO 3675EN ISO 12185 |
KINEMATIC VISCOSITY AT 40 DEG C |
mm2/sec |
3.50 – 5.00 MAX |
ENISO 3104 |
FLASH POINT |
Deg C |
120 MIN |
EN ISO 3679 |
COLD FILTER PLUGGING POINT |
Deg C |
TYP 12 |
EN 116 |
SULFUR CONTENT |
mg/kg% mass |
10 MAX0.001 MAX |
EN 20846EN 20884 |
CARBON RESIDUE(ON 10% DISTILLATION RESIDUE) |
% (m/m) |
0.30 MAX |
EN ISO 10370 |
CETANE – NUMBER |
– |
51.0 MIN |
EN ISO 5165 |
SULFATED ASH CONTENT |
% (m/m) |
0.02 MAX |
EN ISO 3987 |
WATER CONTENT |
mg/kg%mass |
500 MAX0.05 MAX |
EN ISO 12937 |
TOTAL CONTAMINATION |
mg/kg |
24 MAX |
EN 12662 |
COPPER STRIP CORROSION (3H AT 50 DEG C) |
Rating |
Class 1 |
EN ISO 2160 |
OXIDATION STABILITY, 110DEG C |
Hrs |
6.0 MIN |
EN 14112 |
ACID VALUE |
mg KOH/g |
0.50 MAX |
EN 14104 |
IODINE VALUE |
g l/100g |
120 MAX |
EN 14111 |
LINOLEIC ACID METHYLESTER CONTENT |
% (m/m) |
12.0 MAX |
EN 14103 |
POLYUNSATURATED (≥ 4 DOUBLE BONDS) METHYL ESTERS |
% (m/m) |
1 MAX |
– |
METHANOL CONTENT |
% (m/m) |
0.20 MAX |
EN 14110 |
MONOGLYCERIDES CONTENT |
% (m/m) |
0.80 MAX |
EN 14105 |
DIGLYCERIDES CONTENT |
% (m/m) |
0.20 MAX |
EN 14110 |
TRIGLYCERIDES CONTENT |
% (m/m) |
0.20 MAX |
EN 14105 |
CONTENT OF FREE GLYCEROL |
% (m/m) |
0.02 MAX |
EN 14105 |
CONTENT OF TOTAL GLYCEROL |
% (m/m) |
0.25 MAX |
EN 14105 |
CONTENT OF ALKALI (Na + K)CONTENT OF METAL (Ca + Mg)PHOSPHOROUS |
mg/kgmg/kgmg/kg |
5.0 MAX5.0 MAX10.0 MAX |
EN 14108EN14109EN 14538EN 14107 |