Wholesale Sandalwood & Citrus Organic Eau de Parfum – Citrus & Santal

SCENT DESCRIPTION : FRESH | CITRUS | SANTAL Sandalwood & Citrus is a seductively unisex fragrance that harmonizes the richness of sandalwood with the brightness of citrus. It opens with the sparkling freshness of bergamot, offering a zesty introduction that immediately uplifts the senses. As the fragrance unfolds, the warmth of creamy vanilla and smooth tonka bean emerges, creating a sensual, enveloping heart. Hints of floral tiare gardenia and exotic ylang ylang add a delicate softness, while cypriol and amber ground the scent with a smoky, earthy undertone. This sophisticated blend of sandalwood and citrus creates a refined, irresistible fragrance that lingers with elegance and allure. HOW ARE WE UNIQUE? Our fine fragrances are a new kind of luxury—crafted with 100% natural ingredients and free from the synthetic chemicals that dominate the conventional fragrance industry. While traditional perfumes can dry and irritate the skin, our formulations are designed to nourish and hydrate. We replace synthetic fillers with moisturizing coconut-derived glycerin, antioxidant-rich grape leaf extract, and Certified Organic Alcohol*, creating a holistic experience for your skin and mood. Our fragrances are sophisticated, toxin-free, and provide the benefits of skincare, offering a truly unique sensory experience that not only smells exquisite but also supports your skin’s health. INGREDIENTS: Organic Sugarcane Alcohol*, Distilled Water, Coconut-Derived Glycerin, Grape Leaf Tincture**, Sandalwood*, Vanilla*, Tonka Bean, Tiare Gardenia*, Bergamot*, Ylang Ylang*, Cypriol, and Amber *Certified Organic and **Esas-Made Disclaimer: For external use only. Esas Hydrating Fragrance Mists are made with high-quality all natural ingredients and is not allergen-free. The ingredients are recognized as safe for the skin. As everyone has skin that responds uniquely, we advise users to patch test inside the elbow and read all ingredients before using. Stop use if irritation occurs.