Mio Lemonade Liquid Water Enhancer, 1.62 fl oz
Flavor
Volume
Ingredients
Water, Citric Acid, Sodium Citrate, Gum Arabic, Sucralose (Sweetener), Contains less than 2% of Natural Flavor, Sucrose Acetate Isobutyrate, Yellow 5, Potassium Sorbate (Preservatve), Rosemary Extract (To Protect Flavor)0 cal(s)
0 g(s)
0 g(s)
35 mg(s)
Nutrition Facts
Calories
Total Fat0 g(s)0 %
Sodium35 mg(s)2 %
Total Carbohydrate0 g(s)0 %
Protein0 g(s)
productAttributes.Product Marketing
MiO Naturally Flavored with other natural flavors Lemonade Liquid Water Enhancer fixes plain water and turns it into a refreshing drink to invigorate your day. A single squeeze of our lemonade water drops delivers bold citrus taste to bottled water. MiO water additive provides a burst of flavor with zero sugar and zero calories. Our portable 1.62 fluid ounce bottle of sugar free drink mix water flavoring fits neatly in your bag, pocket or glove box for easy on-the-go mixing. With just one squeeze, MiO lemonade flavored water enhancer provides enough water flavor for 8 fluid ounces. Whether you're studying, working or heading to the gym, add MiO lemonade to your water for a delicious lemon flavored beverage that keeps you sipping. • One 1.62 fl oz bottle of mio Lemonade Flavored with other natural flavor Liquid Water Enhancer • MiO Naturally Flavored with other natural flavors Lemonade Liquid Water Enhancer gives water a boost of flavor
productAttributes.Preparation & Usage
1 squeeze (1/2 tsp) per 12 fl oz serving of water Always dilute
productAttributes.Features
Natural flavor with other natural flavor
Low calorie
Fresh look same flavor
Zero sugar
Helps hydrate when prepared as directed
BPA free
Kosher
Ingredients
Water, Citric Acid, Sodium Citrate, Gum Arabic, Sucralose (Sweetener), Contains less than 2% of Natural Flavor, Sucrose Acetate Isobutyrate, Yellow 5, Potassium Sorbate (Preservatve), Rosemary Extract (To Protect Flavor)0 cal(s)
0 g(s)
0 g(s)
35 mg(s)
Nutrition Facts
Calories
Total Fat0 g(s)0 %
Sodium35 mg(s)2 %
Total Carbohydrate0 g(s)0 %
Protein0 g(s)