Color changing composition in the form of an o/w emulsion comprising a gemini surfactant
A technology of color-changing composition and twin surface, applied in the field of color-changing composition, can solve problems such as damage to the long-term visual effect of cosmetics
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Embodiment 1
[0397] Example 1 : Preparation of microcapsules A with inner brown coating and outer white coating
[0398] Mannitol (spray-dried mannitol: Pearitol 100SD) was used as the core.
[0399] 120.0 g of ceramide (ceramide PC 104) and 120.0 g of hydrogenated lecithin (lipid S100-3) were added to a mixed solution of 3200.0 g of ethanol, and were completely dissolved at 40°C. 1260.0 g of iron oxide yellow, 252.0 g of iron oxide red, and 45.36 g of iron oxide black were added to the resulting mixture, and sufficiently dispersed using a homogenizer to prepare an internal color coating solution.
[0400] 347.70 g of mannitol was introduced into a fluidized bed coating system (Glatt GPOG 1, bottom spray) as a seed crystal, and then coated with the internal color coating solution at a feed rate of 500 Ml / h to obtain a coating with Granules of the mannitol core of the inner color layer.
[0401] Thereafter, 36.0 g of ceramide and 36.0 g of hydrogenated lecithin were added to a mixed sol...
Embodiment 2
[0404] Example 2 : Preparation of microcapsule B with inner brown coating and outer white coating
[0405] Prepared by fluidized bed process as in figure 1 Color-changing microcapsules with a core and two layers shown in (according to a process similar to Example 1):
[0406] (1) Component: core seed crystal - inner color layer - TiO 2 granular layer
[0407]
[0408]
[0409] Percentages represent percent by weight relative to the total weight of the microcapsules.
[0410] Composition O / W Emulsion
Embodiment 1 and Embodiment 2
[0411] Embodiment 1 and embodiment 2 (according to the present invention):
[0412] Compositions comprising gemini surfactants in the form of O / W emulsions:
[0413]
[0414]
[0415] (1) from SASOL h
[0416] (2) from DOW CORNING PMX-200 silicone fluid 5CS
[0417] (3) from DOW CORNING PMX-1503 fluid
[0418] Preparation scheme:
[0419] Phase A
[0420] 1. Prepare phase A1 in a separate Becher, dissolve and homogenize at 75°C (Rayneri with propeller blades).
[0421] 2. Introduce phase A2 into phase A1.
[0422] Phase B
[0423] 3. Prepare phase B1 in a Becher, make the phase homogeneous (Rayneri with toothed propeller).
[0424] 4. Introduce phase B2 into phase B1 and allow the mixture to expand.
[0425] 5. Place the Becher in a water bath (Moritz-) at 72°C to obtain phase B.
[0426] 6. Phase A (molten) is gradually introduced into aqueous phase B.
[0427] 7. Allow the mixture to emulsify during 10 minutes.
[0428] 8. Add microcapsules (p...
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Abstract
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