Molded shaving aid compositions, components and methode of manufacture
A technology for shaving aids and compositions, which can be used in pharmaceutical formulations, cosmetic preparations, cosmetic preparations, etc., can solve problems such as inconvenience and difficulty, and achieve the effects of improving performance and reducing total volume.
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Embodiment 1
[0122] Two control samples of the shaving aid composition were prepared using a common commercially available pour-on soap base. Resistance to wear was determined by measuring the number of shaves before significant degradation in shaving performance, with the results noted as "#shaves" in the tables described below. The formulations and results are listed in Table 1:
[0123] Table 1
[0124] Control 1
Embodiment 2
[0126] In this example, melting point and wear agents were added to a common pourable soap base and formulated into three different shaving aid compositions: one containing no polyoxyethylene, while the other two included varying amounts and molecular weights Distributed polyoxyethylene. The number of shaves before a significant decrease in shaving performance was measured, and an abrasion test was performed in which the amount of shaving aid composition remaining after being subjected to the abrasion test was determined, expressed as a percentage. Abrasion testing used throughout the examples in this specification included the wet wheel method described above, using the loop portion of the hook and loop closure system as the abrasive surface; 25.4 cm (10 inches) wheel diameter; 1.1 rad / s (10 rpm) wheel rotational speed; load of 200 g; 30 rotations of the wheel; and a shaving aid composition 13.6 mm wide, 36.6 mm long, 10 mm high, and having a 5° taper from the center of the c...
Embodiment 3
[0131]Six samples of molded shaving aid compositions comprising polyoxyethylene were prepared and subjected to abrasion testing under the same conditions as those present in Example 2 (also including a control sample without polyoxyethylene) . Formulations and results are listed in Table 3:
[0132] table 3
[0133] Control
[0134] As can be seen, an increase in the amount of polyoxyethylene results in increased abrasion resistance of the molded shaving aid composition. Also, an increase in the molecular weight of polyoxyethylene results in increased abrasion resistance. Finally, polymers containing both polyethylene / polybutene / mineral oil blends and silicone crosslinked polymers (sample F) were better than those containing only polyethylene / polybutene / mineral oil blends and silicone crosslinked polymers. Molded shaving aid compositions of one of the polymers (Samples E and G) resulted in molded shaving aid compositions with higher abrasion resistance.
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