Reveal your most radiant self with Duchess Exfoliating Sugar Body Polish, a luxurious scrub worthy of carnival royalty. Fine sugar crystals gently buff away dead skin, unveiling silky smoothness beneath. Infused with an intoxicating fragrance of rich jasmine, delicate orchid, dark plum, and sweet crème de cassis, this elegant polish transports you to a world of sophistication. Base notes of black amber, sensual vanilla, and warm musk linger on freshly polished skin, creating an irresistible allure. Transform your skincare routine into a spa-like ritual that celebrates your inner elegance and timeless beauty.
Our face is not the only skin that can benefit from regular exfoliation. Body Polish is more than a delectable treat for the skin. It actually improves the health of skin.
As we age, our skin cell's turnover rate slows down causing it to look dull and feel slightly rough. Manual exfoliation is a treatment that is specifically created to exfoliate the skin, sloughing off dead and damaged skin cells and increasing blood circulation to the skin. This promotes the continuous renewal of skin cells to reveal younger, healthier skin that has a natural radiance and is unbelievably soft.
What is so special about Mammy's Soap Co Exfoliating Sugar Polish?
Rather than just oils mixed with sugar, we have formulated an emulsified recipe which creates a whipped, creamier, thicker product. It allows the sugar extracts and skin boosting ingredients to stay uniformly suspended throughout the body polish, preventing the sugar and oil from separating.
This also means NO messy, dripping oil. Emulsified whipped exfoliating sugar polish rinses cleanly away leaving a lotion product behind. You are left with supple, soft, moisturized, beautifully scented skin without the use of lotion. NO thick greasy residue is left on the skin.
Net Wt. 6.5 oz/185 gr
{recipe} Sugar, Avocado Oil, Rice Bran Oil, Cocoa Butter, Shea Butter, Emulsifying Wax, Beeswax, Essential/Fragrance Oil, Tocopherol (Vitamin E), Mica, Titanium Dioxide, Iron Oxide, Tin Oxide.