Ginger & Orange Blossom Gold Edition Scented Candle 600g | Cereria Mollá 1899

Ginger & Orange Blossom: floral radiance and spicy energy

Discover the Ginger & Orange Blossom Scented Candle – 600 g from Cereria Mollá 1899, a luminous, fresh and subtly spicy fragrance, which combines the floral sweetness of orange blossom with the lively vitality of ginger.

This balanced fragrance combines the sunny delicacy of orange blossom with the warm and stimulating touch of ginger, creating a vibrant, positive and elegant atmosphere.

Up to 80 hours of burning time to diffuse a floral and refined energy throughout your home.

A traditional craft passed down since 1899

Each Cereria Mollá candle is hand-poured in Spain , perpetuating over a century of exacting standards and tradition. This process guarantees exceptional quality and perfectly controlled fragrance diffusion.

• 100% plant-based wax, without paraffin or harmful additives
• Pure cotton wick for a clean and even burn
• High-end perfume created according to IFRA standards

A sparkling, floral and modern fragrance

Ginger & Orange Blossom harmonizes:

• Sweet and soothing orange blossom , a true symbol of purity
• Fresh and spicy ginger , bringing dynamism and modernity
• White floral notes for a delicate and luminous bouquet
• Soft and warm accords for a cozy and comforting signature

Ideal for the living room, bedroom or a relaxation room, this candle creates a fresh, optimistic and elegantly warm atmosphere.

A bright and refined gift

The Ginger & Orange Blossom 600g Candle is the perfect gift for lovers of modern floral fragrances. Its generous size and sparkling scent make it a luxurious presentation , ideal for Christmas, a birthday, or any special occasion.

Usage tips

• First burn: let the entire surface melt to avoid the tunnel effect.
• Maximum duration: 3 to 4 hours per session.
• Maintenance: cut the wick to 5 mm before each use.
• Safety: Keep away from children, animals and flammable objects.
• Tip: Place the candle in a draft-free location for optimal diffusion.