Flavia
Flavia Strawberry Basil Infused Water - Strawberry Basil - 100 / Carton
$83.30
per carton of 100
In stock — usually ships in 1–2 business days
Specifications
- Brand
- Flavia
- Category
- Breakroom & Cleaning
- SKU
- LAV48053
- Availability
- In stock
- Returns
- Non-returnable
Product details
Strawberry Basil Infused Water offers berry tartness with subtle basil notes. Each Freshpack is created specifically for the workplace to ensure your employees enjoy them only at the office for greater control over your stock and expenses. Water is designed for use with Flavia single-serve brewers (not included).Sold by: Carton of 100 General Information Manufacturer:Lavazza North AmericaManufacturer Part Number:48053Manufacturer Website Address:http://www.lavazza.comBrand Name:FlaviaProduct Name:Strawberry Basil Infused WaterMarketing Information:Strawberry Basil Infused Water offers berry tartness with subtle basil notes. Each Freshpack is created specifically for the workplace to ensure your employees enjoy them only at the office for greater control over your stock and expenses. Water is designed for use with Flavia single-serve brewers (not included). Packaged Quantity:100 / CartonProduct Type:Flavored Water Product Information Flavor:Strawberry BasilNumber of Serving Cups:1Compatible Brewer: Flavia Creation 300 with Chill Refresh Module Flavia Creation 600 with Chill Module Ingredients:Strawberry Basil Nutrition Facts:Each pack is 10 Calories with 2g of sugar or less. *Made with 2% fruit juice Serve Type:FreshpackDirections/Instructions:Store in a cool, dry place, away from direct sunlight and extreme temperatures. Kosher:YesCaffeine Classification:Caffeine-freeFeatures:No Artificial Sweeteners Physical Characteristics Weight (Approximate):0.11 oz Miscellaneous Additional Information: Compatibility: Flavia C-500 & C-600 Brewers with a Chill Module Flavia C150, Aroma, C200, C500, C300 C600 and Barista Recycled:NoAssembly Required:NoCountry of Origin:United StatesSafety Information:Store in a cool, dry place, away from direct sunlight and extreme temperatures.
