Dye comprising negative ion particles
A technology of negative ion particles and dyes, which is applied in the field of dyes, can solve the problems of organic germanium that are not disclosed in the literature, and achieve the effects of smooth metabolism, promoting blood circulation, and promoting blood circulation and metabolism of the human body
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Embodiment 1
[0064] A dye comprising negative ion particles, the dye is prepared according to the following method:
[0065] (1) Mineral dressing is carried out one by one to each component raw material in negative ion granular material respectively, crosses 1800 mesh sieves after pulverizing and grinding; Described negative ion granular material comprises the following components by weight: Al2O3 30%, organic germanium Powder 0.4%, sapphire powder 2%, silicon dioxide 26%, magnesium oxide 5%, boron trioxide 10%, ferric oxide 8%, sodium oxide 1%, phosphorus pentoxide 0.2%, titanium dioxide 0.4%, oxide 8% iron, 2% calcium oxide, 2% periclase, 5% activated carbon;
[0066] (2) First add organic germanium powder in Al2O3 and mix evenly, then add sapphire powder and mix evenly, and then add other raw materials of each component by analogy to obtain the final mixed material;
[0067] (3) stirring the final mixed material obtained in step (2) evenly, calcining at 1500° C., and then grinding unti...
Embodiment 2
[0073] A dye comprising negative ion particles, the dye is prepared according to the following method:
[0074] (1) Mineral dressing is carried out one by one to each component raw material in negative ion granular material respectively, crosses 1800 mesh sieves after pulverizing and grinding; Described negative ion granular material comprises the following components by weight: Al2O3 30%, organic germanium Powder 0.4%, sapphire powder 2%, silicon dioxide 26%, magnesium oxide 5%, boron trioxide 10%, ferric oxide 8%, sodium oxide 1%, phosphorus pentoxide 0.2%, titanium dioxide 0.4%, oxide 8% iron, 2% calcium oxide, 2% periclase, 5% activated carbon;
[0075] (2) First add organic germanium powder in Al2O3 and mix evenly, then add sapphire powder and mix evenly, and then add other raw materials of each component by analogy to obtain the final mixed material;
[0076](3) stirring the final mixed material obtained in step (2) evenly, calcining at 1850° C., and then grinding until...
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