Everyone here at greenly loves Soapwalla Deodorant Cream. Word of mouth led to us order some from Etsy, where Soapwalla chef Rachel Winard began selling an awesome assortment of homemade natural products that she developed in her kitchen. Her amazing deodorant is now gracing the underarms of people all over the world. If you are wondering if this deodorant lives up to the buzz its created, the answer is - absolutely!
It may seem strange at first to stick your finger in this tub of butter-colored cream, swirl it around to mix it up, and swipe it under your arm, but you’ll soon be relying on your little blue container of Soapwalla to keep you fresh and odor-free all day.
What is so magical about this cream? The ingredients are organic and really effective. The most noticeable is the clay, which has a powerful drying affect, and the lavender essential oil, which is mildly fragrant. Vegetable powders and other food-grade components can also be found here. The consistency can be a bit more like paste than cream, so mix it well.
The Soapwalla website gives a cautionary heads-up about using the deodorant immediately after shaving underarms, in case of irritation. A few of us found this to be true and had some unsightly and irritated red bumps, so we suggest waiting awhile to apply if you have sensitive skin. Otherwise, Soapwalla Deodorant Cream could be the natural deodorant that is just right for you!
Soapwalla Deodorant Cream is about $14 plus shipping (which on some sites is as much as $5 for one tub).
Ingredients: (from Soapwalla website)
(*: certified organic, +: food-grade)
Simmondsia chinensis (Jojoba) Oil*; Helianthus Annuus (Sunflower) Oil*; Rosehip Seed Oil*; Butyrospermun parkii (Shea) Butter; Corn Starch*+; Sodium Bicarbonate+; Kaolin Clay; Vegan Kosher Glycerin*+; a custom blend of essential oils, including: Lavandula Angustifolia (Lavender)*; Melaleuca Alternifolia (Tea Tree)*; Citrus Sinensis (Sweet Orange); Mentha Piperita (Peppermint)*; Citrus Aurantium Bergamia (Bergaptene-free Bergamot)*; Non-GMO Vitamin E*+.