Lively Lemon Soap
Description
Lively Lemon Glycerin Soap from Violet Valley Soap and Lavender Shoppe is formulated to help lock in your skin’s natural moisture. This product is highlighted by the zesty scent of lemon with hints of grapefruit and musk. It is enhanced by a sparkle-filled transparent top layer with a yellow base and comes in a variety of floral shapes. Lively Lemon Glycerin Soap has a wonderful fragrance, color and shimmer. It is a beautiful and fun member of our Glycerin Soap Collection!
Highlights
- Gentle and Moisturizing
- Wonderfully Fragrant
- Colorful and Gleaming
- Detergent, Sulfate and Paraben Free Soap Base
- Non-GMO & Sustainable Coconut Oil and Palm
- Vegetable Based Sorbitol and Glycerin
- Phthalate Free Fragrance Oil
Ingredients
Soap Base (Sorbitol, Sodium Cocoate, Propylene Glycol, Sodium Stearate, Water, Glycerin, Butyrospermum Parkii (Shea) Seed Butter, Titanium Dioxide), Lemon Fragrance Oil, Mica
Ingredients Explained*
Butyrospermum Parkii (Shea Butter): An additive used for its moisturizing and skin softening properties.
Glycerin: A natural plant-based, moisturizing humectant for soap that draws moisture from the air to your skin to help keep skin hydrated.
Propylene Glycol: A synthetic humectant that helps pull moisture to the skin and helps skin absorb nourishing ingredients like glycerin and shea butter.
Sodium Cocoate: Mixture of neutralized fatty acids made from coconut oil.
Sodium Stearate: Neutralized fatty acid, derived from plants, used to make a hard bar of soap.
Sorbitol: A humectant that adds moisturizing benefits to the soap and helps draw moisture from the air to your skin to help keep skin hydrated.
Titanium Dioxide: Natural ingredient that makes the soap base white.
*Source: candlescience.com
Other Information
Net Weight: 3.5-4.5 oz.
Allow your soap bar to completely dry out after each use to increase its longevity. Use a draining soap dish to encourage drying.
Discontinue use of this product immediately and contact a health care provider if irritation or allergic reaction occurs.