A microsphere of α-tocopherol and its preparation method
A technology of tocopherol and microspheres, which can be used in food forming, animal feed forming or processing, animal husbandry, etc. It can solve the problems that have not been reported yet, and achieve excellent chemical stability, low cost, and high bioavailability Effect
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Embodiment 1
[0046] Embodiment 1 (preparation of d-alpha-tocopherol microspheres)
[0047] Add d-α-tocopherol oil (22g, purity 98.7%) and betaine powder (11.5g) into methanol (250mL), heat to 25°C and stir to dissolve, cool rapidly, and after about 10 minutes (2.7°C ) precipitated a large amount of white precipitate, further cooled to -17 ° C, filtered, and dried the obtained solid powder to obtain 22.5 g of d-α-tocopherol microsphere powder with a yield of 67.2%.
[0048] Its XRPD pattern, DSC pattern, IR pattern, Raman pattern, and scanning electron microscope photos are shown in Figure 1-5 .
Embodiment 2
[0049] Embodiment 2 (preparation of d-alpha-tocopherol microspheres)
[0050] Add d-α-tocopherol oil (22g, with a purity of 95.3%) and betaine powder (5.8g) into ethanol (250mL), heat to 30°C and stir to dissolve, then cool rapidly, and after about 8 minutes (14°C ) precipitated a large amount of white precipitate, further cooled to -12.5 ° C, filtered, and dried the obtained solid powder to obtain 20.9 g of microsphere powder of d-α-tocopherol with a yield of 75.2%. Its scanning electron microscope pictures are as Image 6 shown.
Embodiment 3
[0051] Embodiment 3 (preparation of dl-alpha-tocopherol microspheres)
[0052] Add dl-α-tocopherol (83g, purity 91.4%) and betaine (31.5g) to ethanol (500mL), heat to 35°C and stir to dissolve, then cool rapidly, and a large amount of white precipitate will precipitate at about -12°C The product was further cooled to -18°C, filtered, and the obtained solid powder was dried to obtain 76.7 g of microsphere powder of dl-α-tocopherol, with a yield of 70%. Its scanning electron microscope pictures are as Figure 7 shown.
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