Formula and preparation technology of nano antibacterial brush hair
A preparation process and nanotechnology, which are applied in the fields of antibacterial, bristle preparation and formulation, can solve the problems of weak antibacterial ability, skin irritation, poor safety and the like, and achieve the effects of low cost, simple preparation process and outstanding antibacterial ability.
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Embodiment 1
[0035] Embodiment one: formula and preparation process
[0036] Recipe A (grams) Recipe B (grams) Recipe C (grams) PBT particles 30 40 60 Nano silver antibacterial liquid 20 25 30 Nano magnetic powder 1 3 5 Coral Nano Powder 1 1.5 2 Nano pearl powder 1 2 3 hyaluronic acid 1 1.5 2 Dry powder of Chinese herbal medicine extract with whitening effect 0.2 0.3 0.5 natural flavors 0.1 0.15 0.2 Nucleotide Extract Dry Powder 0.01 0.02 0.03 softener 1 5 10 Coupling agent 1 5 10
[0037] The preparation process is as follows: PBT particles, nano-magnetic powder, coral nano-powder, nano-pearl powder, hyaluronic acid, dry powder of Chinese herbal medicine extract, natural flavor, dry powder of nucleotide extract, and flexibilizer are added to the mixer according to the weight ratio; Add 30% nano-silver antibacterial solution, mix for 30 minutes; dry for 1 hour, and then fuse and draw ...
Embodiment 2
[0038] Embodiment two: antibacterial effect experimental design
[0039] Take the natural culture of microorganisms (including various microorganisms on the surface of the human body, such as the surface of the face); prepare suspensions of various cultures; use component A, component B, and component C to prepare brush A and brush B. Brush C, and choose a commercially available ordinary brush D to ensure that the specifications of the four brushes are the same. Use a brush to soak in the suspension for a certain period of time, such as 30 minutes, 60 minutes, and 180 minutes. Remove the brush and rinse with slow running water. Dry it, and then ultrasonically clean the brush in a container of constant volume (the volume of the cleaning solution is constant). After cleaning, take the liquid in the container, count it with a cell counting plate under a microscope, and grade the number of cells , divided into grades 1 to 10, with grade 1 having the lowest density and grade 10 h...
Embodiment 3
[0040] Embodiment three: experimental results
[0041] Brush Group D Brush Group A Brush Group B Brush Group C 1 9.40 6.12 5.19 2.55 2 9.23 6.74 4.95 1.81 3 9.84 5.29 4.81 1.59 4 9.37 6.74 5.08 2.96 5 9.25 5.61 4.08 1.39 6 9.80 6.48 5.37 2.75 7 9.27 6.13 4.78 2.62 8 9.54 6.79 4.71 1.78 9 9.80 5.98 4.80 2.21 10 9.69 5.08 4.97 2.54 11 9.19 6.68 4.47 2.93 12 9.24 6.66 5.30 2.12 13 9.04 5.21 4.38 2.51 14 9.73 6.13 4.56 1.30 15 9.65 6.08 5.15 2.66 16 9.48 6.46 4.97 1.80 17 9.30 5.02 4.08 1.58 18 9.45 5.42 4.87 1.62 19 9.81 6.36 4.72 2.50 20 9.44 5.84 4.28 1.33 maximum value 9.84 6.79 5.37 2.96 minimum value 9.04 5.02 4.08 1.30 average value 9.48 6.04 4.78 2.13 standard deviation 0.237904 0.577372 0.365827 0.544068
[0042] The above experimental results are the experime...
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