Aqueous cosmetic preparation and method for producing same
A technology of cosmetics and preparations, which is applied in the field of aqueous cosmetic preparations, and can solve problems such as not providing technology/formula
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[0297] The present invention is further specifically explained below through examples, but the present invention is not limited to the following examples, as long as it does not deviate from the gist of the present invention. Unless otherwise stated, "parts" are on a mass basis.
[0298] (Preparation of Ceramide Dispersion-1)
[0299] The components described in the following composition of oil phase liquid 1 were stirred at room temperature for about 30 minutes to prepare oil phase liquid 1 .
[0300] In preparing the aqueous phase liquid 1, the inulin lauroyl carbamate described in the following composition of the aqueous phase liquid 1 was added to pure water, heated to about 50° C., and sufficiently stirred and dissolved. After that, the remaining components were added thereto, and the temperature of the liquid was adjusted to 30°C.
[0301]
specific example 1-10
[0302] Ceramide 3B [natural ceramide, specific examples 1-10] 0.9 parts
specific example 1-7
[0303] Ceramide 6 [natural ceramide, specific examples 1-7] 1.1 parts
[0304] Oleic acid (melting point: 14°C) 0.4 parts
[0305] Ethanol [water-soluble organic solvent] 97.6 parts
[0306]
[0307]
[0308] The resulting oil phase liquid 1 (oil phase) and water phase liquid 1 (water phase) are micro-mixed with a KM-type micro-mixer 100 / 100 (which is a collision type) at a ratio (mass ratio) of 1:7 to obtain a liquid Ceramide dispersion-1 at a temperature of 30°C. The usage conditions of the micromixer are as follows.
[0309] -Microchannel-
[0310] oil side microchannel
[0311] Cross-sectional shape / width / depth / length = rectangle / 70μm / 100μm / 10mm
[0312] Aqueous side microchannel
[0313] Cross-sectional shape / width / depth / length = rectangle / 490μm / 100μm / 10mm
[0314] -Flow rate-
[0315] The water phase was added to the outer ring at a flow rate of 21.0 ml / min, the oil phase was added to the inner ring at a flow rate of 3.0 ml / min, and they were slightly mixed....
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