San Pellegrino Pomegranate & Orange

Details

• Includes six 11.15 fl oz cans of Sanpellegrino Melograno and Arancia Italian Sparkling Drink

• These Sanpellegrino Italian sparkling drinks are made with carbonated water, real pomegranate and orange juice (9% orange and 5% pomegranate juice from concentrate), sugar and other natural flavors

• Great for any time of day, whether you want a bubbly sparkling beverage in the afternoon or a refreshing sparkling drink at the end of the day

• This Sanpellegrino Italian sparkling drink offers fresh tasting flavor with no artificial sweeteners

• Whatever the occasion, brighten up your moments with Sanpellegrino Italian sparkling drinks

• SNAP and EBT Eligible item

Enjoy Every Sparkling Moment With A Sanpellegrino Melograno And Arancia Sparkling Drink. Sanpellegrino Melograno And Arancia Is An Orange And Pomegranate Flavored Sparkling Beverage Made With Italian Fruits Containing Real Pomegranate And Orange Juice (9% Orange And 5% Pomegranate Juice From Concentrate), Sugar And Other Natural Flavors To Add A Refreshing Alternative To Traditional Seltzer Water, Flavored Sparkling Water Or Carbonated Soft Drinks. With Deliciously Sweet Tartness, This Flavored Sparkling Beverage Is Made With No Artificial Sweeteners. Smooth On The Palate, Sanpellegrino Melograno And Arancia Is A Delicately Balanced Drink With Fresh And Tart Notes, With The Perfect Sweet Touch To End. Enjoy Sanpellegrino Melograno And Arancia As A Refreshing Sparkling Drink, A Tasty Mid-Afternoon Treat Or While You Unwind At The End Of The Day. Serve This Flavored Sparkling Beverage Chilled, And Garnish With Pomegranate Or Mint For An Expert Finish. Whatever The Occasion, Take The Time For Taste With A Sanpellegrino Italian Sparkling Drinks.

Ingredients

WATER, SUGAR, ORANGE JUICE CONCENTRATE, POMEGRANATE JUICE CONCENTRATE, CARBON DIOXIDE, LEMON JUICE CONCENTRATE, ORANGE EXTRACT, BLACK CARROT EXTRACT (FOR COLORY NATURAL FLAVORS

Directions

Store in a clean, cool, dry and odorless place, away from direct sunlight and freezing temperature.