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Linseed oil fatty acid methyl esters
Biodegradable
Expected to biodegrade under both aerobic and anaerobic conditions.
Low VOC
1) Low vapor pressure-VOC solvent (CARB-EPA). 2) Maximum incremental reactivity value (MIR)= 2.32 (For linolenic acid methyl ester, lit.).
Renewable Origin
93-96 wt.% biobased product.
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Relative density (25 ºC, g/cm³)
Dispersion parameter @ 20 ºC,(cal/cm³)^½
Free
Flammability Classification
Hildebrand parameter @ 20 ºC,(cal/cm³)^½
Hydrogen-bonding parameter @20 ºC, (cal/cm³)^½
Water miscibility (20 ºC, g/L)
Boiling Point (°C)
Polar parameter @ 20 ºC,(cal/cm³)^½
Sustainability Parameter
Molecular Weight (g/mol)
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Glycerol (Crude)
Product name or reference:
Glycerol (Crude)
CAS Number:
56-81-5
Synonyms:
Crude glycerin/glycerine; Crude glycerol; Biodiesel derived glycerin.
Purity, wt.%:
Min. 80 (Glycerol content)
Relative density @ 25 ºC, g/cm³:
1.249
Molecular formula:
C3H8O3 (Glycerol)
Molecular weight, g/mol:
92.01 (Glycerol)
Boiling point, ºC:
100 (Water fraction)/290 (Glycerol fraction)
Flash point, ºC:
Higher than 93
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Derived From Waste
Co-product from biodiesel production and/or soap production.
-
Biodegradable
Expected to biodegrade under both aerobic and anaerobic conditions.
-
Renewable Origin
Fully biobased product (excluding water and salt content).
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Corn oil fatty acid methyl esters
Product name or reference:
Corn oil fatty acid methyl esters
CAS Number:
68990-52-3
Synonyms:
Fatty acid methyl esters derived from corn oil.
Purity, wt.%:
Min. 97 (Ester)
Relative density @ 25 ºC, g/cm³:
0.862
Molecular formula:
?C18.7H35O2
Molecular weight, g/mol:
291.84
Vapor pressure @ 20 ºC, kPa:
Lower than 0.28
Boiling point, ºC:
150-390 (96 wt.% of the mixture distilled, computational estimation)
Flash point, ºC:
Higher than 150
Autoignition temperature, ºC:
260
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Derived From Waste
Derived from co-products from bioethanol production.
-
Biodegradable
Readily biodegradable (EPI Suite estimation).
-
Low VOC
1) Low vapor pressure-VOC solvent (CARB-EPA). 2) Maximum incremental reactivity value (MIR)= 2.32 (For linolenic acid methyl ester).
-
Renewable Origin
95 wt. % biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Camelina oil fatty acid glycerol formal esters
Product name or reference:
Camelina oil fatty acid glycerol formal esters
CAS Number:
1367625-64-6
Synonyms:
1,3-dioxan-5-yl camelinate/(1,3-dioxolan-4-yl)methyl camelinate; Fatty acid glycerol formal esters mixture of isomers, derived from camellia oil.
Purity, wt.%:
Min. 97 (Ester)
Relative density @ 25 ºC, g/cm³:
0.960
Molecular formula:
?C22.2H38.6O4
Molecular weight, g/mol:
369.1-372.1
Vapor pressure @ 20 ºC, kPa:
Lower than 0.13 @ 180 Celsius
Boiling point, ºC:
543 (Computational estimation)
Flash point, ºC:
Higher than 100
-
Biodegradable
Readily biodegradable (EPI suite estimation).
-
Low VOC
Low vapor pressure-VOC solvent (CARB-EPA).
-
Renewable Origin
Up to 96 wt.% biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Used cooking oil fatty acid methyl esters
Product name or reference:
Used cooking oil fatty acid methyl esters
CAS Number:
67762-26-9 / 68937-84-8
Synonyms:
Fatty acid methyl esters derived from used cooking oil.
Purity, wt.%:
Min. 90 (Ester)
Relative density @ 25 ºC, g/cm³:
0.885
Molecular formula:
C18.5H35.5O2
Molecular weight, g/mol:
289.82-292.4
Vapor pressure @ 20 ºC, kPa:
0.13 @ 180 Celsius
Boiling point, ºC:
150-390 (96 wt.% of the mixture distilled, computational estimation)
Flash point, ºC:
Aprox. 170
Autoignition temperature, ºC:
260
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Derived From Waste
Derived from food waste and used cooking oil.
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Biodegradable
Expected to biodegrade under both aerobic and anaerobic conditions.
-
Low VOC
1) Low vapor pressure-VOC solvent (CARB-EPA). 2) Maximum incremental reactivity value (MIR)= 1.54 (For oleic acid methyl ester, lit.).
-
Renewable Origin
94-96 wt.% biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Used cooking oil fatty acid glycerol formal esters (and) used cooking oil fatty acid methyl esters
Product name or reference:
Used cooking oil fatty acid glycerol formal esters (and) used cooking oil fatty acid methyl esters
CAS Number:
1367625-65-7/ 68937-84-8
Synonyms:
Reaction mixture of fatty acid glycerol formal esters and fatty acid methyl esters, derived from used cooking oil.
Purity, wt.%:
66 wt% (Methyl esters)/33 wt% (Glycerol formal esters)
Relative density @ 25 ºC, g/cm³:
0.900
Molecular formula:
?C19.4H36.6O2.6
Molecular weight, g/mol:
310.786
Vapor pressure @ 20 ºC, kPa:
0.013
Boiling point, ºC:
200-500
Flash point, ºC:
Higher than 170
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Derived From Waste
Derived from food waste, used cooking oil and reclaimed fats.
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Biodegradable
Expected to biodegrade under both aerobic and anaerobic conditions.
-
Low VOC
Low vapor pressure-VOC solvent (CARB-EPA).
-
Renewable Origin
Up to 96 wt. renewable product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Used cooking oil fatty acid glycerol formal esters
Product name or reference:
Used cooking oil fatty acid glycerol formal esters
CAS Number:
1367625-65-7
Synonyms:
1,3-dioxan-5-yl fatty acid esters/(1,3-dioxolan-4-yl)methyl fatty acid esters; Fatty acid glycerol formal esters, mixture of isomers derived from used cooking oil.
Purity, wt.%:
Min. 97
Relative density @ 25 ºC, g/cm³:
0.962
Molecular formula:
C22H38.8O4
Molecular weight, g/mol:
362.92-366.2
Vapor pressure @ 20 ºC, kPa:
1.87 x 10-008 @ 25 Celsius (Estimation as oleic acid ester, EPI suite)
Boiling point, ºC:
557 (Computational estimation)
Flash point, ºC:
Higher than 100
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Derived From Waste
Derived from food waste, reclaimed fats and crude glycerol.
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Biodegradable
Readily biodegradable (EPI suite estimation).
-
Low VOC
Low vapor pressure-VOC solvent (CARB-EPA).
-
Renewable Origin
83 wt.% biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Triethyl citrate
Product name or reference:
Triethyl citrate
CAS Number:
77-93-0
Synonyms:
2-Hydroxy-1,2,3-propanetricarboxylic acid, triethyl ester; Ethyl citrate; Citric acid triethyl ester.
Purity, wt.%:
99
Relative density @ 25 ºC, g/cm³:
1.137
Molecular formula:
C12H20O7
Molecular weight, g/mol:
276.285
Vapor pressure @ 20 ºC, kPa:
0.003
Boiling point, ºC:
294
Flash point, ºC:
112
Autoignition temperature, ºC:
355
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Derived From Waste
It may be derived from fermentation of agricultural co-products, molases, etc.
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Biodegradable
Readily biodegradable (77 wt.% (28 days), OECD Test Guideline 301F).
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Low VOC
Low vapor pressure-VOC solvent (CARB-EPA).
-
Renewable Origin
Up to 69 wt.% biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Lead Time: this product has a lead time of 1+ months
Tallow fatty acid methyl esters
Product name or reference:
Tallow fatty acid methyl esters
CAS Number:
61788-71-2
Synonyms:
Methyl tallowate; Fatty acid methyl esters derived from talllow; Fatty acid methyl esters derived from animal fat.
Purity, wt.%:
Min. 97 (Ester)
Relative density @ 25 ºC, g/cm³:
0.87
Molecular formula:
?C18.3H36O2
Molecular weight, g/mol:
285.80-287.35
Vapor pressure @ 20 ºC, kPa:
1.3 @ 205 Celsius
Boiling point, ºC:
260 @ 10 kPa (Initial boling point)
Flash point, ºC:
166
Autoignition temperature, ºC:
260
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Derived From Waste
Derived from food waste and reclaimed fats.
-
Biodegradable
Expected to biodegrade under both aerobic and anaerobic conditions.
-
Low VOC
1) Low vapor pressure-VOC solvent (CARB-EPA). 2) Maximum incremental reactivity value (MIR)= 1.54 (For oleic acid methyl ester).
-
Renewable Origin
Up to 95 wt.% biobased product.
Eligible For Free Shipping!*
Free shipping for eligible products with a minimum order of $50.
Lead Time: this product has a lead time of 1+ months
