Aerosol hairspray product for styling and/or shaping hair
An aerosol, product technology, applied in the field of aerosol hairspray products, hair styling, fixing and/or shaping hairstyles, capable of solving adverse interaction performance exchange, incompatibility of hair styling polymers, unacceptable liquid droplets of the composition Dimensional retention, etc.
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Examples
Embodiment 1-5
[0148] Examples 1-5: contain 15% to less than 30% VOC
[0149]
[0150] Notes: 6 = PHB-methyl ester from Schütz.
[0151] The hair styling formulation exemplified in one of Examples 1 to 5 is placed in a suitable plastic container. The propellant is a compressed gas (eg, air, nitrogen) or a liquefied gas (eg, dimethyl ether) equipped with a suitable spray device such that the product contains from 15% to less than 30% VOC.
Embodiment 6-15
[0152] Examples 6-15: Contains 30% to 54% VOC
[0153]
[0154] Notes: Same as above, and
[0155]
[0156]
[0157] Notes: Same as above, and 10 = Aerosol OT-70PG from Cytec.
[0158] The hair styling formulation exemplified in one of Examples 6 to 15 is placed in a suitable plastic container. The propellant is a compressed gas (eg, air, nitrogen) or a liquefied gas (eg, dimethyl ether) equipped with a suitable spray device such that the product contains 30% to 54% VOC.
Embodiment 16-20
[0159] Examples 16-20: Contains 40% to 54% VOC
[0160]
[0161] Notes: Same as above, and
[0162] The hair styling formulation exemplified in one of Examples 16 to 20 is placed in a suitable plastic container. The propellant is a compressed gas (eg, air, nitrogen) or a liquefied gas (eg, dimethyl ether) equipped with a suitable spray device such that the product contains 40% to 54% VOC.
[0163] Hair spray properties
[0164] The performance of aerosol hair spray products according to the present invention can be tested using a variety of techniques. These test methods include: measurement of the drying time on the hair of the sprayed composition; analysis of the spreading behavior of the sprayed composition on the hair, for example by microscopy; wherein the sprayed composition is Analyses to measure the density of the composition and identify concentration cores; sensory analysis of the hair feel and retention provided by the sprayed composition by the panel; ...
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Abstract
Description
Claims
Application Information
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