PEPSI

COLA SOFT DRINK 1.25L

The smooth taste of Pepsi cola offers a deliciously refreshing and thirst-quenching soft drink that can be enjoyed anytime. Our classic and bold cola soft drink is best enjoyed chilled or poured over ice.



If you are thinking about reducing your sugar intake then try Pepsi Max, a bold cola taste with no sugar and no taste compromise that offers mouth-watering refreshment.


Equally if you are looking for something a bit different then try one of our deliciously refreshing Pepsi Max No Sugar Flavours; Vanilla, Mango or Creaming Soda.



Pepsi cola is available in a range of other take-home pack sizes such as; mini cans for portion control and multi-serve packs to suit all your cola drinking occasions.



The 1.25L multi-serve Pepsi bottle is ideal for the fridge at home or for enjoying with family and friends at any social, entertaining occasion. Looking for even more value? Grab the 1.25L x 12 bottle pack option.
Code: 0000014279
GTIN: 9313820001500
Unit of Measure: per litre
Product Details
Net Contents / UOM
1.25 LTR
Country of origin
Made in Australia
Country of origin Statement
Made in Australia from local and imported ingredients
Manufacturer Name
Schweppes Australia
Manufacturer Address
2 Beverage Drive, Tullamarine, Victoria, 3043, Australia
Manufacturer Website
http://www.pepsi.com.au
Packaging Material
Plastic
Storage Instructions
Store in a cool, dry place
Ingredients
Ingredients: Carbonated water, sugar, colour (150d), food acid (338), flavours, caffeine.
Allergens
Contains Caffiene
Serving Per Pack
5
Serving Size
250.0 MLT
GM Ingredients Used
Unspecified
Dietaries
Gluten Free| Vegan
Nutritional
Quantity Per Serving Quantity Per 100g(or 100mL) % daily intake
Energy (KJ) 175.0 kJ 5.0
Protein 12.0 GRM 1.0
Fat - Total 175.0 GRM 5.0
Fat - Saturated 175.0 GRM 5.0
Carbohydrates 11.0 GRM 9.0
Sodium 12.0 MGM 1.0
* Percentage Daily Intake per serving. Percentage Daily Intakes are based on an average adult diet of 8700 kJ. Your daily intakes may be higher or lower depending on your energy needs.