luc + marc 'Beach Sunrise' Luxury Soap - Frangipani, Lime & Toasted Coconut
luc + marc 'Beach Sunrise' Luxury Soap - Frangipani, Lime & Toasted Coconut
luc + marc Beach Sunrise Soap evokes images of a gorgeous beach setting. Infused with Frangipani, Lime + Toasted Coconut, it tantalises the senses with memories of sun and beach getaways. With a stylish Beach Ombre design where the beach tones shade into each other. Using only the finest ingredients, including an olive oil and coconut oil base, and enhanced with vitamin rich shea butter, that creates a luxurious lather. Moisturing aloe vera helps to reduce skin inflammation & soothe.
luc + marc Beach Hand + Body Soap is:
- made in New Zealand.
- created using the French Triple-Milled process. This all natural process enables the soap to have a creamy lather, to be more luxurious, last many times longer and hold its shape.
- embossed with the luc + marc logo. With a modern design, and subtle smooth shaped length edges, for ease of lathering.
- wrapped in highest quality wrappers that are eco-friendly and recyclable. With a desire to reduce the use of plastics, soap is the perfect daily skin cleansing routine to help reduce global pollution and move to a more sustainable future.
A luxurious soap appeals to the senses, helping to relax and gently cleanse. A gift idea for him and her. A NZ summertime Christmas gift. An indulgent addition to your own daily cleanse.
Palm Oil Free. Non GMO ingredients. Cruelty Free. EDTA Free. Paraben Free. Sodium Lauryl Sulphate Free. Talc Free. Phthalates Free. Synthetic Dye Free. See the full ingredients list. As with any new skincare product, we recommend that sensitive skin users, do a small skin patch test before using.
140 grams net when packed. The ceramic soap dish, in one photo, is not included in the sale.
Full Ingredients List:
Sodium Olivate; Sodium Cocoate; Sodium Stearate; Aqua; Parfum; Butyrospermum Parkii Butter (Shea Butter); Aloe Barbadensis Leaf Juice (Aloe Vera Gel); Glycerin; Sodium Chloride; Tetrasodium Glutamate Diacetate.