Circle E Candles Orange Patchouli Scent Small Wax Melt Tart 11oz Package of 10

Indulge your senses with the enchanting aroma of Circle E Candles, featuring their exquisite Orange Patchouli Scented Wax Melt Tarts. These tarts come presented in a generous 11-ounce package containing 10 individual pieces, making them a perfect choice for lasting fragrance throughout your home or office.

Crafted from a premium wax blend, each tart boasts a smooth and creamy texture, complemented by a vibrant orange hue. The harmonious blend of sensual patchouli and refreshing orange creates a unique scent that transforms any environment into a soothing oasis. These tarts are not just a fragrant delight; they also provide an excellent alternative to traditional flame candles, especially in settings where an open flame is not feasible.

Whether you are looking to enhance the ambience of your living room, add a touch of elegance to your office, or create a welcoming atmosphere in a salon, Circle E Candle Tarts are the ideal solution. Their compatibility with most warmers allows for versatile use, ensuring that you can enjoy the delightful fragrance in various spaces. Additionally, these tarts make for thoughtful gifts for friends and family, allowing them to experience the luxurious scents that Circle E Candles has to offer.

Each tart is meticulously hand-poured in the USA, showcasing the high-quality ingredients and craftsmanship that Circle E Candles is known for. The long-lasting nature of these tarts means that you can enjoy the continuous release of their captivating aroma for hours on end. Simply place a tart in your warmer, and let the magic unfold as the scent fills the air, creating an inviting and relaxing environment.

Experience the charming combination of patchouli and orange with Circle E Candles’ Wax Melt Tarts. With their ease of use and captivating fragrance, they are sure to become a staple in your scent collection. Embrace the warmth and allure that only these hand-poured tarts can provide, and let them elevate your space to new aromatic heights.