Manufacturing method of pearl powder peel-off face mask

[0015] This example is to make a ready-to-use facial mask for 1 person. The raw materials used in this pearl powder peeling mask are as follows: 15g pearl powder, 5g polyvinyl alcohol powder, 5g urea sac, 1g glycerin, 0.5g camellia oil, 0.3g dimethyl silicone oil, 0.3g polysorbate, 10g distilled water, 35g milk.

[0016] The production method is as follows:

[0017] A. Put the vinyl alcohol powder into a reaction vessel, add 10 g of distilled water at 70-80°C, and stir until the polyvinyl alcohol powder is fully dissolved to obtain a polyvinyl alcohol solution;

[0018] B. In a water bath at 70~80℃, add pearl powder, urea sac, glycerin, camellia oil, simethicone, polysorbate and milk to the polyvinyl alcohol solution obtained in step A, and stir for 5-10min. Mix thoroughly to obtain a mixture;

[0019] C. Place the mixed solution obtained in step B in a room temperature environment for 3 to 5 minutes, and cool to room temperature to obtain a gelatinous pearl powder tear-off mask that ca

[0022] This example is an industrially produced facial mask that needs to be packaged for 2000 people. The raw materials used for this pearl powder peeling mask are as follows: pearl powder 40kg, polyvinyl alcohol powder 14kg, urea sac 15kg, glycerin 5kg, camellia oil 1g, 0.8 kg of dimethyl silicone oil, 2 kg of polysorbate, 56 kg of distilled water, and 30 kg of milk.

[0023] The production method is as follows:

[0024] A. Put the vinyl alcohol powder into the reaction vessel, add 10 kg of distilled water at 70-80°C, and stir until the polyvinyl alcohol powder is fully dissolved to obtain a polyvinyl alcohol solution;

[0025] B. Add pearl powder, urea sac, glycerin, camellia oil, simethicone, polysorbate, milk and the remaining distilled water to the polyvinyl alcohol solution obtained in step A in a water bath at 70~80℃, and stir 5~10min, mix thoroughly to obtain a mixed solution;

[0026] C. Place the mixed solution obtained in step B in a room temperature environment for 3 to 5 m