Sugared Pastille
Nourish, moisturize, and fortify your hands with Lollia Wish Shea Butter Handcreme! Featuring shea butter and macadamia nut oil along with a warm, inviting aroma, it’s a wonderful way to moisturize and condition your skin while awakening your senses.
Fragrance
Lollia Wish Shea Butter Handcreme features a warm blend of vanilla and rice flower along with hint of pastille. In addition, it includes undertones of jasmine and ylang ylang along with a warm wood finish.
Recommended Skin Types
Lollia Wish Shea Butter Handcreme is recommended for all skin types and conditions. It is most advantageous for dry, dehydrated skin on the hands and hands with tough skin that needs some conditioning.
Benefits
Features a warm, delicious scent that will invigorate the senses
Gorgeous, reusable box features flower print and monochromatic bees
Creates a fragrant escape every time you apply it
Nourishes the skin with essential moisture and enhances barriers to lock it in
Conditions the skin for a smoother, softer surface
Works on tough skin all over the body
How to Apply
Gently massage a modest amount of Lollia Wish Shea Butter Handcreme to the clean surface of the hands. Use daily as needed to provide moisture and conditioning benefits along with a fresh, warm aroma.
Tip – Lollia Wish Shea Butter Handcreme works great on other body parts too! Try it on your knees, elbows, and feet.
Key Ingredients
Lollia Wish Shea Butter Handcreme features a nourishing blend of botanical extracts (vanilla, rice flower, jasmine, ylang ylang, sugar cane, amber wood) to create its aroma while using shea butter and macadamia nut oil to nourish the skin. The complete ingredients list for Lollia Wish Shea Butter Handcreme is not available.
Shea butter – multi-faceted skin treatment that moisturizes, soothes, heals, conditions, resurfaces, protects, and nourishes the skin for a healthier look and feel
Macadamia nut oil – rich in various sterols, this fruit extract fortifies the skin’s natural lipid barriers while moisturizing the skin, providing hydration while reducing trans-epidermal water loss
