Facial Cleansing Balm
Facial Cleansing Balm
Our facial cleanser is an oil-based, soap-less balm, that gives you a deep clean without drying and stripping your skin's natural oils. Your skin will feel clean, hydrated, and smooth after using. It is a gentle cleanser that can be used every day.
How does an oil-based cleanser clean your face?
"Like attracts like." It's a saying that is especially true with oil. Oil attracts oil, but isn't completely washed away by water without an emulsifier. We use the same silky smooth emulsifying wax in this cleanser as is in our lotion formula. The emulsifier bonds the water to oil and dirt and allows the water to wash it away.
We also use French green clay in our cleanser. Feel free to leave the cleanser on your face for a few extra minutes to get the benefits of a mini clay mask treatment. Clays have been used for thousands of years to draw out impurities in the skin. They are natural exfoliators and have many minerals that help restore damaged skin.
How to use
With clean and dry hands or a spatula, scoop out a dime-sized amount of cleanser and massage into dry skin for a few minutes. You can add water and continue massaging, or just leave the cleanser on your face for a few minutes as a mini clay mask. Use a hot washcloth to steam and wipe the cleanser off. Follow up with your normal skincare routine. We recommend our tallow balm if you feel you need an additional moisturizer. It has been formulated with all natural ingredients that are safe for the face.
This cleanser comes with a small plastic spatula.
Ingredients: Olive Oil, Castor Oil, Cetyl Alcohol, Stearic Acid, Emulsifying wax, Polysorbate 80, French Green Clay, Vitamin E Oil
Net Wt. 1.4 oz/40 g
Disclaimer
None of the products at Front Yard Homestead have been evaluated or approved by the FDA. This product is not intended to diagnose, cure or prevent any condition. Please research the ingredient list and take precaution before using this product if you have specific allergies or sensitivities. Discontinue use if any adverse reactions occur.