Description

Dr. Woods Shea Vision Pure Almond Castile Soap delivers gentle, moisturizing cleansing with the subtle, sweet scent of natural almond in an 8 oz liquid formula. This plant-based castile soap combines organic coconut and olive oils with organic shea butter to create a luxurious cleansing experience that's for sensitive or dry skin. The addition of natural almond extract provides a light, pleasant fragrance without synthetic perfumes or harsh chemicals. This concentrated liquid soap creates a rich, creamy lather that effectively cleanses while maintaining the skin's natural moisture barrier. The organic shea butter content makes this soap particularly beneficial for those with dry, rough, or irritated skin conditions. This versatile liquid soap can be used as body wash, hand soap, shampoo, or even diluted for household cleaning tasks. The convenient liquid format makes it easy to dispense and use in pump bottles or squeeze containers. Dr. Woods commitment to using only organic and natural ingredients ensures this soap is from sulfates, parabens, and artificial preservatives. The 8 oz size provides excellent value while being ly sized for bathroom or kitchen use. This soap represents the balance of effective cleansing and gentle moisturization with a delightful natural fragrance.

Suggested Use

Apply small amount to wet hands, washcloth, or directly to damp skin. Work into rich lather and massage gently over skin. Rinse thoroughly with warm water. Can be diluted with equal parts water for hand soap or used undiluted for maximum moisturizing benefits.

Ingredients Ingredient Amount Purpose Organic Coconut Oil 40% Primary cleansing agent Organic Olive Oil 30% Moisturizing and skin conditioning Organic Shea Butter 12% Deep moisturization and skin protection Natural Almond Extract 2% Fragrance and skin softening Other Ingredients

Purified water, potassium hydroxide (saponifying agent), organic hemp seed oil, natural glycerin, rosemary extract for preservation, tocopherol (vitamin E), and citric acid for pH balance and product stability.

Warnings Disclaimer