Plant capsule with cellulose vitriolate of soda as principal raw material and preparation method
A technology of cellulose sodium sulfate, the main raw material, applied in the direction of capsule transportation, etc., can solve the problems of limitation, fragility, softening and deformation, etc., and achieve the effects of stable transportation and storage, low moisture content, and strong safety
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example 1
[0020] composition
[0021] The production method is to weigh 2% carrageenan and 0.1% potassium chloride, pour them into 96.8% water and stir continuously, stir well, heat to 80°C, dissolve evenly, then pour 1% sodium cellulose sulfate and 0.1% glycerin Add and stir evenly, cool the feed liquid to 60°C, and defoam under reduced pressure for 1 hour. Keeping the feed liquid at 35°C, immersing the template for preparing the capsules into the feed liquid, and using the dipping method to form the dipping film. The capsule is dried at 30° C. for 24 hours, then cut, shelled, and sorted to prepare the finished capsule.
example 2
[0023] composition
[0024] The production method is to weigh 1% of agar, 5% of ammonium chloride, pour into 73% of water and stir continuously, stir evenly, heat to 100°C, dissolve evenly, and then pour 15% of cellulose sodium sulfate and 6% of sorbitol Add and stir evenly, cool the feed liquid to 70°C, and defoam under reduced pressure for 1 hour. Keeping the feed liquid at 60°C, immersing the template for preparing the capsules into the feed liquid, and using the dipping method to form the dipping film. The capsule is dried at 30°C for 72 hours, then cut, shelled, and sorted to prepare the finished capsule.
example 3
[0026] composition
[0027] The production method is to weigh 2% gellan gum and 2% calcium chloride, pour it into 84% water and stir continuously, stir well, heat to 80°C, dissolve evenly, then add 10% cellulose sodium sulfate, 2% poly Pour ethylene glycol into it and stir evenly, cool the feed liquid to 70°C, and defoam under reduced pressure for 1 hour. Keeping the feed liquid at 50°C, immersing the template for preparing the capsules into the feed liquid, and using the dipping method to form the dipping film. The capsule is dried at 40°C for 24 hours, then cut, shelled and sorted to obtain the finished capsule.
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