Lipton Raspberry Iced Green Tea, 1 Gallon 2 per case.
Lipton Tea Fresh Brewed Raspberry 1 GA
Ideal for restaurants, casual dining, and quick service establishments, Lipton Unsweetened Smooth Blend Iced Raspberry Tea is the perfect combination of refreshing Lipton black tea with the taste of sweet, fresh raspberries that your patrons will appreciate. Made from carefully selected black tea leaves, this tea is perfect for preparing bubble tea and other cold beverages that deliver the balanced flavor your guests want. Each bag prepares 1 gallon of iced tea. Sourced from 100% Rainforest Alliance Cerjpgied tea estates, Lipton teas are picked at the peak of freshness for a naturally smooth taste and will delight any tea enthusiast. The tea sachets, cartons, and case are recyclable and packaged in a zero-landfill facility, making this tea a responsible choice.
Iced tea delivers sweet, fresh raspberry flavor and an enchanting aroma
Prepares 1 gallon of iced tea per bag
Tea leaves are sourced from 100% Rainforest Alliance Cerjpgied estates
Fat-free, salt-free, carbonation-free, and calorie-free when unsweetened; contains soy
24-count box ideal for food service and catering
Brew in hot water until desired strength is reached. Best brewed by hand or through a coffee maker. See carton for further preparation instructions. Sweeten to taste with honey and/or sugar, serve over ice, and add orange or lemon slices.
Shelf life: 540 days
No Returns Allowed on This Product
!– split —
- Raspberry iced tea
- Made from real leaves
- Unsweetened
- Fat free
- Salt free
- Calorie free
- Makes 1 gallon of iced tea per bag
- 48 bags per case
The Lipton Iced Tea Unsweetened Raspberry makes refreshing tea in no time. It is made from real leaves sourced from 100 percent Rainforest Alliance Certified estates. This fat-free, salt-free, and calorie-free tea is suitable for a variety of dietary needs. With 48 bags, the bulk case is a great buy for cafeterias, supermarkets, and concession stands.
Allergens
- Soybeans and their derivates: Yes
- Corn and its derivates”: Yes