Natural Soy Candle 12oz Mint Sage | Hand-Poured Botanical Blend

Wildflower Soy Candle - Botanical Fresh Mint & Sage Blend This 12oz wildflower soy candle brings together fresh mint, white sage, patchouli, rosemary, and crisp citrus in a hand-poured blend that transforms any space. The botanical scent profile combines herbal and citrus notes for a clean, refreshing aromatherapy experience. Each candle is crafted with 100% natural soy wax and an unbleached cotton wick, ensuring a clean burn free from parabens, phthalates, and animal products. The whimsically-colored reusable glass vessel measures 3.2″ x 3.2″ x 4″ and offers 55-65 hours of burn time, making it both a functional home fragrance solution and a decorative accent piece. Why Choose This Soy Candle The wildflower scent combines multiple botanical elements for a complex yet balanced fragrance. Fresh mint provides an invigorating opening, while white sage adds earthy depth. Patchouli grounds the blend with its rich, herbal character, complemented by rosemary's aromatic sharpness and finished with bright citrus notes. Soy wax burns cleaner and longer than traditional paraffin alternatives, producing minimal soot while maintaining consistent fragrance throw. The unbleached cotton wick ensures even burning without chemical additives, supporting the candle's commitment to natural, wellness-focused ingredients. From Our Botanical Collection Our Botanical Collection offers a delightful array of floral-forward scents in whimsically-colored reusable glass vessels. Scent Notes: Fresh Mint, White Sage, Patchouli, Rosemary, and Crisp Citrus Product Specifications 12oz: Size: 3.2″ x 3.2″ x 4″ (8.1 x 8.1 x 10.2 cm) Burn Time: 55-65 hrs Hand poured in small batches Minimalist, modern design Paraben-free, phthalate-free, cruelty-free and vegan Wax: 100% soy; wick: unbleached cotton; vessel: glass The glass vessel can be repurposed after the candle burns completely—simply clean and use for storage, planters, or decorative purposes. This reusable approach extends the product's lifecycle beyond its burn time.