Dr. Jacobs Naturals Pure Castile Body Wash (Bundle of 2) is made with moisture enhancing aloe vera and Vitamin E. Made with antioxidant rich olive and coconut oil (never palm oil), this natural Castile soap has the ability to moisturize, while keeping your skin hydrated all day with no oily residue. Specially formulated for sensitive to very dry skin conditions such as eczema. Gentle enough for the whole family, even your four pawed family.
WHAT ARE THE BENEFITS OF USING DR. JACOBS NATURALS LIQUID CASTILE SOAP?
Our face and body wash are safe and non-irritating for even the most sensitive skin types with an added dose of Vitamin E. The ONLY Castile soap brand Awarded the NEA (National Eczema Association) seal of acceptance.
Our Castile soaps are nontoxic with tons of moisturizing properties from their Olive oil and Coconut Oil base, perfect for eczema and chronic dry skin sufferers alike.
100% vegetable-based with Olive & Coconut Oil that provide antioxidant-rich ingredients (No Palm Oil)
WHAT ARE THE OTHER USES FOR DR. JACOBS NATURALS?
For customers who are interested in a multi-purpose product, Dr. Jacobs Naturals is very versatile. We can be used as an alternative to shampoo, body wash, and facial cleanser. Our pure olive oil Castile soap is non-greasy and will not clog pores. It can also be used as a great household cleaner, laundry detergent, and dish soap. It is also safe to clean pets! Aside from the lovable scents of each fragrance, each variant serves different purposes.
- Made with natural ingredients
- Made with essential oils
- No parabens
- No petrochemicals
- No sulfates
- No phthalates
- Gluten free
- Cruelty free
- Made in USA
Pour on a washcloth, sponge, or hand. Lather and rinse. It can be used as a body wash, face wash, shampoo, pet/dog shampoo, shaving cream, laundry detergent, all-purpose cleaning spray, household cleaner....the uses are endless.
Water, Saponified Coconut Oil, Saponified Olive Oil, Potassium Oleate, Vegetable Glycerin, Coco-Glucoside, Eucalyptus Oil, Sea Salt, Aloe Vera, Vitamin E