VANILLA SEASON MIURA Set of teapot and 2 glasses Enjoy a moment of relaxation with this practical Vanilla Season tea set. The set includes a teapot and two glasses made of borosilicate glass, the lid of the teapot and the practical band of the glasses are made of acacia wood. The teapot includes an integrated tea strainer and a volume of 1 liter. Packed in a gift box. Dimensions: teapot O 12 × 18 × 15.8 cm, glasses O 6.5 × 6 cm, packaging 28.5 × 14.5 × 26.5 cm.
VANILLA SEASON SANUKI Diffuser Give your home a touch and scent of elegance with the Vanilla Season diffuser. Its scent is inspired by Coco Chanel perfume and will create a feeling of luxury in your home. The black ceramic bottle with a wooden lid has a very elegant appearance and contains 5 black reed sticks and 2 beige sticks in a flower design. The intensity of the scent depends on the number of sticks in the diffuser. The length of the sticks is approximately 20 cm and the length of the flower sticks is approximately 22.5 cm, volume 100 ml. Packaged in a gift box. Dimensions: 4.8 × 11.3 × 4.8 cm, package 6.2 × 26 × 5.7 cm.
VANILLA SEASON MARIOKA Set of 4 cork coasters Set of 4 Vanilla Season cork coasters in a cork stand. Packed in a gift box. Dimensions: coaster O 10 × 0.5 cm, stand O 11 × 2.8 cm, package 11 × 3 × 11 cm. Carbon footprint: gCO2 e316.
VANILLA SEASON PAPUA Gift box with two white wine glasses and space for bottle Vanilla Season gift box with two Bohemia Crystal glasses and a space for a bottle of wine of your selection. Dimensions: wine glasses (250 ml) O 7,7 × 21,3 cm, bottle space 8 × 33 × 4,5 cm, package 37,5 × 11 × 34 cm. Note: a bottle of wine is not included. Carbon footprint: gCO2 e602.
VANILLA SEASON PAPAROA Elegant water carafe Elegant 1,2 l Bohemia Crystal glass carafe for spring water or fresh lemonade for the hot summer days. Packed in a Vanilla Season gift box. Recommended printing technology: pad printing T3, laser L3. Maximum print size: 30 × 30 mm. Dimensions: carafe O 9.5 × 30 cm, package 15 × 37 × 15 cm. Carbon footprint: gCO2 e679.
