Deodorant as well as application and preparation method thereof
A deodorant, silicon dioxide technology, applied in applications, household appliances, adhesive additives, etc., can solve the problems of unsatisfactory white mineral oil odor removal, affecting product use experience, unpleasant white mineral oil odor, etc. To achieve the effect of reducing the impact, preventing premature degradation, and prolonging the action time
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[0047]Example 1
[0048]Example 1 discloses a deodorant, including the following raw materials:
[0049]Silica microspheres 40g
[0050]Silicate clay 55g
[0051]Acidic water solution 160g
[0052]Monomer containing functional group X 30g
[0053]Nano pore-making agent 5g;
[0054]The main component of the deodorant is silica-silicate gel.
[0055]Among them, the acidic aqueous solution is an acetic acid solution, the monomer containing the functional group X is vinyl chloride, and the nano-porogen is starch.
[0056]A method for preparing a deodorant includes the following steps:
[0057]S1: Dissolve silicate clay in an acidic aqueous solution, add a monomer containing functional group X, heat to 120°C, and stir for 30 minutes to obtain modified silicate clay;
[0058]S2: Slowly add silica microspheres and nano pore formers to the modified silicate clay, stir and mix, heat to 150°C, continue to stir until drying to obtain silica-silicate gel; The silica-silicate gel is put into a nano pulverizer for nano pulveriza...
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[0060]Example 2
[0061]Embodiment 2 discloses a deodorant, including the following raw materials:
[0062]Silica microspheres 45g
[0063]Silicate clay 62.5g
[0064]Acidic water solution 170g
[0065]Monomer containing functional group X 32.5g
[0066]Nano pore-making agent 7g;
[0067]The main component of the deodorant is silica-silicate gel.
[0068]Among them, the acidic aqueous solution is an acetic acid solution, the monomer containing the functional group X is vinyl chloride, and the nano-porogen is urea.
[0069]A method for preparing a deodorant includes the following steps:
[0070]S1: Dissolve silicate clay in an acidic aqueous solution, add a monomer containing functional group X, heat to 130°C, and stir for 25 minutes to obtain modified silicate clay;
[0071]S2: Slowly add silica microspheres and nano pore formers to the modified silicate clay, stir and mix and heat to 155°C, continue to stir until drying to obtain silica-silicate gel; The silica-silicate gel is put into a nano pulverizer for nano p...
Example Embodiment
[0073]Example 3
[0074]Example 3 discloses a deodorant, including the following raw materials:
[0075]Silica microspheres 50g
[0076]Silicate clay 70g
[0077]Acidic water solution 180g
[0078]Monomer containing functional group X 35g
[0079]Nano pore former 9g;
[0080]The main component of the deodorant is silica-silicate gel.
[0081]Among them, the acidic aqueous solution is an acetic acid solution, the monomer containing the functional group X is vinyl chloride, and the nano-porogen is ammonium carbonate.
[0082]A method for preparing a deodorant includes the following steps:
[0083]S1: Dissolve silicate clay in an acidic aqueous solution, add a monomer containing functional group X, heat to 140°C, and stir for 20 minutes to obtain modified silicate clay;
[0084]S2: Slowly add silica microspheres and nano pore formers to the modified silicate clay, stir and mix and heat to 160°C, continue to stir until drying to obtain silica-silicate gel; The silica-silicate gel is put into a nano pulverizer for nano ...
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