A kind of plant capsule composition of seaweed colloid
A plant capsule and composition technology, which is applied in the directions of capsule delivery, medical preparations with non-active ingredients, and pharmaceutical formulations, can solve the problems of high cost of capsules, avoid disease risks, have strong hygroscopicity, and improve stability. sexual effect
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Embodiment 1
[0038] Preparation of Vegetable Capsules of Seaweed Colloid.
[0039] Sol—>Heating—>Plant Cellulose—>Dipping Glue to Make Embryo—>Drying—>Hulling—>Product.
[0040] Sol: Weigh 20.3g of λ-type carrageenan, add 49g of water, add 8.1g of glycerin, stir continuously to make it fully absorb water and swell and dissolve, let stand at room temperature for 8 hours to remove foam, and make the glue clear.
[0041] Heating: Heat the clarified liquid to 80°C, add 89g of hydroxypropyl cellulose and 2g of starch, and keep stirring to fully dissolve the plant cellulose and starch.
[0042] Glue dipping to make embryos: use a capsule mold, dip the mold rod into the glue solution to make capsule embryos. First select the mold rod of 3# specification and fix it on the template, and lubricate it with an appropriate amount of lubricant. Dip the upper end of the mold rod downwards into the glue solution, wait for the glue liquid to fully submerge the mold rod for 6 seconds, then slowly lift the...
Embodiment 2
[0046] Preparation of Vegetable Capsules of Seaweed Colloid.
[0047] Sol—>Heating—>Plant Cellulose—>Dipping Glue to Make Embryo—>Drying—>Hulling—>Product.
[0048] Sol: Weigh 15kg of mixed carrageenan, the ratio of λ type to κ type is 1:1, add 61kg of water, add 8.1kg of ethanol, stir continuously to make it fully absorb water and swell and dissolve, let stand at room temperature for 8 hours to remove foam, and make the glue clarify.
[0049] Heating: Heat the clarified liquid to 86°C, add 92kg of hypromellose and 1.5kg of starch, and keep stirring to fully dissolve the plant cellulose and starch.
[0050] Glue dipping to make embryos: use a capsule mold, dip the mold rod into the glue solution to make capsule embryos. First select the mold rod of 3# specification and fix it on the template, and lubricate it with an appropriate amount of lubricant. Dip the upper end of the mold rod downward into the glue solution, wait for the glue liquid to fully submerge the mold rod for...
Embodiment 3
[0054] Effects of the fraction of algal colloids on the viscosity and film-forming properties of sol liquids.
[0055] (1) Using the same technological process as in Example 1, weigh seaweed colloid and hydroxypropyl cellulose in different proportions, and prepare capsules respectively.
[0056] (2) Measure the viscosity with a precision digital viscometer.
[0057] (3) Measure its thickness with a precision thickness gauge.
[0058] Numbering
[0059] The results are shown in Table 1. When the number of seaweed colloids is less than 5.0g, the viscosity of the sol glue is 2370.2mPas, and the glue starts to form a film, but the thickness of the film is only 0.05mm, which is not easy to shape. Sometimes there will be glue dripping down, and the edges are not neat. When the number of seaweed colloids increases to 10.0~22.0g, the fluidity of the sol glue is uniform, and it can quickly form a film and shape, the film thickness is 0.08~0.12mm, and the toughness is good. ...
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