Externally structured aqueous isotropic liquid detergent compositions
An externally structured and isotropic technology, applied in detergent compositions, organic detergent compositions, detergent compounding agents, etc., can solve problems such as leaving residues
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Embodiment 1 to Embodiment 4
[0140] Example 1 to Example 4-Structured detergent liquid
[0141] The detergent liquid specified in the following examples is made using the 2 wt% activated citrus fiber premix described above. Sufficient freshly prepared premix is added to the mixer to obtain the desired level of activated citrus fiber in the finished composition, and it is ground for 10 minutes. The polymer and the remaining ingredients that make up the liquid are then combined with this mixture. Finally combine the perfume encapsulant (when used). Online Silverson (L5T) was used for the dispersion.
[0142] The liquid polymer and activated citrus fiber content are as given in Table 2. Two detergent bases were used with three different thickening polymers: Base A: Table 3 and Base B: Table 4.
[0143] Table 2
[0144] Example Matrix ACF wt% Polymer wt% and type 1 Matrix A0.1 1.2 wt% A805S 2 Matrix B0.1 1.2% Viscolam CK 57 3 Matrix B0.1 1.2% A820 4 Matrix B0.1 1.2% A805S
[0145] Table 3-Matrix A
[0...
Embodiment 5、 Embodiment 6
[0156] Example 5, Example 6 and C discharge residue
[0157] Use the polymers in Matrix A to prepare other compositions. The polymer content is as given in Table 5. The composition was added to a clear Nunc bottle to evaluate the visible residue. The bottle is manipulated to ensure that the sample completely wets the vertical wall, and then left for a few minutes to discharge. In contrast to the comparative liquid C made using the same detergent matrix and structured with 0.25% activated citrus fibers, the resulting wall discharge residue was visually evaluated. In all cases, the emission residue from the example of activated citrus fiber and polymer according to the present invention was visually lower than 0.25 wt% in the comparative example. 0.25 wt% was chosen as the actual comparison because it is the amount of citrus fiber needed to stably suspend the fragrance encapsulant. We also tested other polymers in different isotropic liquid detergent matrices and achieved th...
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