Efficient bacteriostatic and antibacterial soap stably containing hinokitiol derivative
A technology of hinoki alcohol and its derivatives, which is applied in the field of daily chemical cleaning products, can solve the problems of easy discoloration and yellowing of soap, and achieve the effects of low cost, high safety, and simple and easy preparation method
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Examples
Embodiment 1
[0054] components Composition (w / w) soap base 99.75％ Hinokitiol Calcium Salt 0.25％
[0055] Add 300g of soap base into a glass beaker, place the beaker in a 65°C water bath, and after the soap base melts, turn on the cantilever stirring (r=300rpm / min), and stir for about 5 minutes to make the soap base evenly stirred. Weigh about 0.75 g of hinokitiol calcium salt, add it into the above stirring system, and continue stirring for about 10 min. Take the beaker out of the water bath, turn on the homogenizer (r=10000rpm / min), homogenize until the temperature of the soap liquid is about 50°C, and stop the homogenization. Put the soap liquid into the soap mold while it is hot, take it out after cooling and solidifying, put it in a 30% humidity environment and dry it in the dark for about 15 hours to get the finished soap.
[0056] Table 1 Results of light discoloration during preparation and use of hinoki alcohol calcium salt soap
[0057]
Embodiment 2
[0059] components Composition (w / w) soap base 99.75％ Magnesium hinokinol 0.25％
[0060] Add 300g of soap base into a glass beaker, place the beaker in a 65°C water bath, and after the soap base melts, turn on the cantilever stirring (r=300rpm / min), and stir for about 5 minutes to make the soap base evenly stirred. Weigh about 0.75 g of Hinokitiol magnesium salt, add it into the above stirring system, and continue stirring for about 10 min. Take the beaker out of the water bath, turn on the homogenizer (r=10000rpm / min), homogenize until the temperature of the soap liquid is about 50°C, and stop the homogenization. Put the soap liquid into the soap mold while it is hot, take it out after cooling and solidifying, put it in a 30% humidity environment and dry it in the dark for about 15 hours to get the finished soap.
[0061] Table 2 Results of light discoloration during preparation and use of hinoki alcohol magnesium salt soap
[0062]
Embodiment 3
[0064] components Composition (w / w) soap base 99.75％ Aluminum salt of hinokinol 0.25％
[0065] Add 300g of soap base into a glass beaker, place the beaker in a 65°C water bath, and after the soap base melts, turn on the cantilever stirring (r=300rpm / min), and stir for about 5 minutes to make the soap base evenly stirred. Weigh about 0.75g of hinokitico aluminum salt, add it into the above stirring system, and continue stirring for about 10min. Take the beaker out of the water bath, turn on the homogenizer (r=10000rpm / min), homogenize until the temperature of the soap liquid is about 50°C, and stop the homogenization. Put the soap liquid into the soap mold while it is hot, take it out after cooling and solidifying, put it in a 30% humidity environment and dry it in the dark for about 15 hours to get the finished soap.
[0066] Table 3 Results of light discoloration during preparation and use of hinokiti alcohol aluminum salt soap
[0067]
PUM
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Description
Claims
Application Information
- IPC
- C11D9/02; C11D9/26; C11D9/50; C11D10/04
- CPC
- C11D3/48; C11D9/02; C11D9/26; C11D10/045
- Inventors
- 陈义朗; 尹建新