Parks Candles · Art

TUBEROSE & YLANG YLANG TRAVEL CANDLE 70G

Vintage Aromatherapy – Tuberose & Ylang Ylang (70g Travel Candle). Escape into a sensorial floral ritual with creamy tuberose and exotic ylang ylang. This beautifully indulgent blend feels warm, uplifting and softly seductive—perfect for creating a moment of calm luxury wherever you are.. Crafted with 100% natural wax and coreless clean-burn technology, this travel candle is designed to glow beautifully and burn evenly, filling your space with a clean, consistent fragrance throw.. Why you'll love it. Opulent white florals – Creamy tuberose meets exotic ylang ylang for a rich, elegant floral signature. Travel-ready 70g size – Perfect for hotel stays, guest rooms, or gifting. Clean, even burn – Coreless clean-burn technology supports a consistent, soot-free glow. Natural ingredients – 100% natural wax blend (soy and rapeseed), sustainably sourced. Vintage Aromatherapy favourite – A timeless aromatherapy blend crafted in the Parks tradition since 1989. Sustainable presentation – Recyclable packaging, designed with considered luxury in mind. Made in the UK – Heritage craftsmanship, established 1989. Fragrance Profile. Top: Soft floral lift, gentle brightness. Heart: Creamy tuberose, lush white petals, indulgent warmth. Base: Exotic ylang ylang, smooth sensuality, lingering comfort. Perfect for. Creating a calming, luxurious atmosphere in hotel rooms. Adding soft floral warmth to bedrooms and dressing rooms. Evening unwinding—bringing comfort and quiet indulgence. Gifting to lovers of rich, white floral fragrances. Elevating self-care rituals with a sensorial, spa-like mood. Those who prefer portable luxury with a warm, elegant floral signature. Product Details. Weight: 70g. Burn Time: Approx. 16 hours. Wax: 100% natural (soy and rapeseed blend). Technology: Coreless clean-burn. Packaging: Recyclable. Made in the UK – Established 1989. A lush, indulgent floral signature—crafted to glow beautifully, and to bring warm, sensorial calm wherever life takes you.

90-day range £∞–-£∞ · average £NaN