Soybean oil it is obtained by extraction from soybeans through a particular process called crush with the use of chemical solvents. Cold pressing to obtain oil is possible, but it has a very low yield.
For many years it represented the main oil product in the world and only recently the growth in palm oil production is opposing its primacy. The yield is relatively low, given that the oil content in the soybean is just over 20%, but the production of soy was considered agronomically advantageous also for the possibility of obtaining high quality proteins and lecithin.
MEDIUM COMPOSITION
ND-0.1 lauric acid
ND-02 myristic acid
palmitic acid 8.0-13.5
palmitoleic acid ND-0.2
ND-0.1 margaric acid
heptadecenoic acid ND-0,1
stearic acid 2.0-5.4
oleic acid 17-30
linoleic acid 48.0-59.0
α-linolenic acid 4.5-11.0
arachic acid 0.1-0.6
gadoleic acid ND-0.5
eicosadienoic acid ND-0,1
behenic acid ND-0.7
ND-0.3 erucic acid
lignoceric acid ND-0.5

ASK FOR PRICES AND AVAILABILITY
CAS 8013-07-8
molecular formula: C57H106O10

Color (Pt-Co)≤180
Specific gravity (20 ° C)0.990 ± 0.008
Epoxy Value (%) (ASTM D1652-04)≥6.0
Acid value (mgKOH / g)≤0.5
Iodine value (g / 100 g)≤5.0%
Heat loss (125 ° CX2h)≤0.30%
Heat stability (177 ° Cx3h) (ASTM D1652-04)≥95%
Flash point (Cleveland method) (° C)≥280

EPOXY SOYA OIL

Epoxidized soybean oil is one of many drying oils, which means it will slowly harden (due to free radical-based polymerization) after exposure to air, forming a flexible, transparent, and impermeable solid. Due to this property, it is used in some formulations of printing ink and oil paint.
It can be used in all PVC products, such as all kinds of food packaging materials, medical products, different kinds of films, sheet materials, tubes, refrigerator sealing tape, artificial leather, plastic wallpaper, cables and electrical wires and other plastic products for everyday use, iIt can also be used as a special printing ink and liquid composite stabilizer.
Share by: