Naturals Luxury Glass Lidded Candle - Rose Jasmine And Oud

The Naturals Luxury Glass Lidded Candle in Rose, Jasmine and Oud is a beautifully indulgent home fragrance from The Aromatherapy Co. The elegant, floral blend of rose and jasmine is deepened by the rich, resinous warmth of oud — a fragrance that feels genuinely luxurious, sophisticated, and quietly enveloping. A scent that transforms a room and lingers long after the flame is out.

Crafted from natural soy wax with an approximate 60-hour burn time, it’s as generous as it is beautiful. Presented in a stylish glass vessel with a lidded finish, it looks as lovely on a shelf or mantel as it smells when burning. A genuinely impressive gift for any occasion — or a well-deserved treat for yourself.

Product Details

• Fragrance: Rose, jasmine and oud
• Weight: 400g
• Dimensions: H114 × W103 × D103mm
• Wax: Natural soy wax
• Burn time: Approximately 60 hours
• Vessel: Glass with lidded finish
• Brand: The Aromatherapy Co. — Naturals range
• Safety: Never leave a burning candle unattended. Keep out of reach of children and pets.

Frequently Asked Questions

What does Rose, Jasmine and Oud smell like?

It’s a rich, elegant, and deeply luxurious fragrance — rose and jasmine bring a soft, floral warmth, while oud adds a resinous, woody depth that makes the scent feel sophisticated and long-lasting.

How long does this candle burn?

Approximately 60 hours — a generous burn time that makes it excellent value as well as a beautiful gift.

Is this candle natural?

Yes — it is crafted from natural soy wax as part of The Aromatherapy Co.’s Naturals range.

Is this suitable as a gift?

Yes — the luxurious fragrance, generous size, and beautiful glass lidded vessel make it a genuinely impressive gift for birthdays, Mother’s Day, Christmas, and any occasion worth celebrating.

How do I care for this candle?

Trim the wick to approximately 5mm before each burn. Allow the wax to melt to the edges on the first burn. Do not burn for more than four hours at a time, and always place on a heat-resistant surface.