Mensa Home store offers the following delivery options:
DPD Courier: 15.99 PLN
InPost Courier: 14.99 PLN
InPost Paczkomaty (Parcel Lockers) 24/7: 14.99 PLN
For "Cash on Delivery" payments, an additional 5 PLN will be charged.
When choosing the "InPost Parcel Lockers" option, cash on delivery is not available.
Orders over 299 PLN are shipped for FREE!
The "Sandalwood & Tonka" diffuser refill (200ml) is the essence of a sophisticated fragrance that will fill your home with warmth and elegance. This unique composition combines deep, woody cedar notes with joyful touches of tonka and cardamom, creating a mystical atmosphere that soothes the senses and brings inner peace. Ideal for creating a cozy, relaxing space, this scent will gently envelop every corner of your home, bringing harmony and a refined character that will enhance every moment.
Reed diffusers with rattan sticks are the perfect way to provide a practical and long-lasting fragrance in your home. The intensity of the scent can be adjusted by the number of sticks used. It is recommended to turn the sticks over weekly.
Fragrance notes:
Key features:
The Boutique Collection is available in 14 different fragrances: Bergamotto di Calabria, Provence Lavender, French Linen, Raspberry & Black Vanilla, Tea & Lemongrass, Amber & Sandalwood, Basil & Mandarin, Tuberose & Jasmine, Velvet Wood, Mediterranean Blue, Verbena di Sicilia, Black Orchid & Lily, Bulgarian Rose & Oud, and Moroccan Cedar.
Cereria Molla is a family-run company that has been operating in Spain since 1899.
Cereria Molla specializes in handcrafted candle production, making them unquestionably premium candles. They are made from 100% natural soy wax and cotton wicks, which do not emit benzene or toluene. Cereria Molla products are safe for children and allergy sufferers, and their elegant packaging makes them an excellent gift choice.
| EAN | 8424405013588 |
| Producer code | CM-1358 |
| Manufacturer | Cereria Molla |
| Fragrance notes | oriental |
| Warranty | 2 years |
| Capacity | 200ml |
Your opinion could be the first.
