Iodine replenisher with control released iodine and its preparing method and use
A slow-release, iodine-replenishing technology, used in applications, active ingredients of iodine compounds, metabolic diseases, etc., can solve the problems of iodine source waste, water environment pollution, easy to dissolve and dissolve in water, etc. Wide-ranging and easy-to-implement effects
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Embodiment 1
[0029] Preparation: According to "Oral vanadium supplementation agent with bimetallic oxide as carrier and its preparation and application method" Ye Ying, Feng Lujia, Zheng Libo, Shen Zhongyue, Han Jie, Chen Zhifei, Li Shanshan. National invention patent authorization announcement number CN 1187091C) method to prepare hydrotalcite.
[0030] 1) Grinding the hydrotalcite obtained in the preparatory step to 400 mesh, adding water and stirring evenly to make a suspension slurry with a concentration of 1%;
[0031] 2) Potassium iodate with an iodine content of 0.5% by weight of hydrotalcite is pre-configured into a 0.5 mol / L aqueous solution, slowly added to the suspension slurry in step 1) under stirring, and reacted at room temperature for 10 hours;
[0032] 3) centrifugal dehydration of the suspension slurry in step 2);
[0033] 4) drying and pulverizing the filter cake obtained in step 3) to 500 meshes to obtain an iodine supplement of controlled and slow-release iodine, and ...
Embodiment 2
[0035] Preparation: Prepare water according to the method of "A Method for Preparing Double Metal Oxide and Hydrotalcite" (Ye Ying, Li Shanshan, Chen Zhifei, Zheng Libo, Huang Xia, Wu Daidai, Han Jie, Zhang Weirui. National Invention Patent Grant No. CN 1222467C) talc.
[0036] 1) Grinding the hydrotalcite obtained in the preparatory step to 500 mesh, adding water and stirring evenly to make a suspension slurry with a concentration of 5%;
[0037] 2) Sodium iodate with an iodine content of 1.5% by weight of hydrotalcite is pre-configured into a 0.8 mol / L aqueous solution, slowly added to the suspension slurry in step 1) under stirring, and reacted at room temperature for 5 hours;
[0038] 3) the suspension slurry in step 2) is filtered and dehydrated;
[0039] 4) drying and pulverizing the filter cake obtained in step 3) to 300 meshes to obtain an iodine supplement of controlled and slow-release iodine, and the content of iodine in the hydrotalcite is 1.5% by weight percentag...
Embodiment 3
[0041] 1) Calcining commercially available hydrotalcite at a temperature of 450° C. to obtain a bimetallic oxide, then grinding to 500 mesh, adding water and stirring evenly to prepare a suspension slurry with a concentration of 10%;
[0042] 2) Potassium hydrogen iodate with an iodine content of 5% by weight of hydrotalcite is pre-configured into a 1.0 mol / L aqueous solution, slowly added to the suspension slurry in step 1) under stirring, and reacted at room temperature for 8 hours;
[0043] 3) centrifugal dehydration of the suspension slurry in step 2);
[0044] 4) drying and pulverizing the filter cake obtained in step 3) to 400 meshes to obtain an iodine supplement of controlled and slow-release iodine, and the content of iodine in the hydrotalcite is 5% by weight percentage.
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