Orange Biscotti Candle - Handmade Soy Wax

Orange Biscotti Candle - Handmade Soy WaxThe fragrance is initially characterised by sweet top notes of bright orange, creamy coconut, juicy fruit and delicious nut. As you take another breath, youll be wrapped in the mouth watering smell of creamy chestnut and sweet walnut, blended with fiery ginger and peppery clove. Finally, a base of lightly caramelised coffee sweetened by sugar and rich vanilla with a hint of powdery musk completes this delicious scent. Top notes Orange, Coconut, Fruit,

The fragrance is initially characterised by sweet top notes of bright orange, creamy coconut, juicy fruit and delicious nut. As you take another breath, you’ll be wrapped in the mouth-watering smell of creamy chestnut and sweet walnut, blended with fiery ginger and peppery clove. Finally, a base of lightly caramelised coffee sweetened by sugar and rich vanilla with a hint of powdery musk completes this delicious scent.

Top notes
Orange, Coconut, Fruit, Nut

Mid notes
Chestnut, Walnut, White Ginger, Clove

Base notes
Coffee, Vanilla, Sugar, Musk

• Hand poured in the UK in small batches
• Soy wax
• Plastic free packaging
• A tree planted for every order
• Paraben free
• Vegan friendly

Sizes and burn times:

Large Glass Candle
Each 30cl jar holds approximately 220g. Total weight of product is approximately 560g.
Burn time approximately 40+ hours
Height 9cm / Width 8cm

Please note, during the festive period, we called this candle scent Nutcracker so if you loved that scent, this is the same candle.

WARNING: Never leave a burning candle unattended. Keep away from draughts, children and pets and from things that can catch fire.

INSTRUCTIONS: Trim the wick to 5mm before lighting. To prevent tunnelling, ensure the melt pool reaches the edge of the vessel before extinguishing, particularly during the first burn. Subsequent burns should be no longer than 4 hours. Keep the candle free from any foreign materials, including matches and wick trimmings. Only burn the candle on a level, fire resistant surface.