Shower Oil Formulation that Turns Milky When Rinsed

Asked by: ratitoon.t On: January 26, 2021 Product Type: Cosmetics

Question

Could you please provide a formulation concept or guidance for creating a shower oil that turns milky when rinsed with water?

Answer

Shower Oil Formula that Turns Milky When Rinsed

Creating a Shower Oil that turns milky when rinsed primarily relies on using a suitable emulsifier. This emulsifier allows the oil to mix well with water, creating a milky appearance upon contact during rinsing.

Based on the information we have, suitable emulsifiers for this type of product include:

  • Laureth-4 (Oil Milk™): An emulsifier designed for body or facial cleansing products. It can be used to create Milk Soap (100% oil + Oil Milk™ 10-40%) which turns milky white when it comes into contact with water. The recommended usage rate is 10-40% (10-15% recommended for dry skin, 25-30% or more for normal-oily skin).
  • Oilsify 15: An emulsifier specifically for Cleansing Oil. It is highly effective at removing makeup and turns milky when water is added. The recommended usage rate is 5-20% (10-15% recommended).

Concept for Milky Shower Oil:

A basic formula would consist of:

  1. Oil: Choose any natural oil you prefer, such as Sweet Almond Oil, Rice Bran Oil, Sunflower Oil, Jojoba Oil, or other skin-friendly oils.
  2. Emulsifier: Use either Laureth-4 (Oil Milk™) or Oilsify 15 at the recommended usage rate based on the product information to help the oil disperse in water and create the milky effect.

Mixing Method (General):

Mix the chosen oil with the emulsifier and stir well. This will result in a ready-to-use Shower Oil.

Points to Note:

  • The proportion of emulsifier used will affect the product's appearance when it comes into contact with water. Using a higher percentage of emulsifier will help the oil disperse better in water and result in a more pronounced milky appearance.
  • You can add other ingredients like fragrance oil or antioxidants in small amounts as desired.
  • This is a basic concept, not a complete formula with exact percentages for all components (e.g., preservatives, if water contamination is a concern). Compatibility and stability testing should be performed before using the formula.

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