Donnybrook Fair Lemon & Mint Lemonade (750 ml)
Description
Lemon & Mint / Citron & Menthe Rieme Lemonade was created in 1921 by marcel alcide rième at Morteau, France today, Rième preserves the authentic refreshing flavour of the original recipe for your enjoyment.Features
Crafted in France since 1921
Ingredients
Carbonated Water, Beet Sugar, Acidifier: Citric Acid, Natural Mint-Lemon Flavours with Other Natural Flavours, Antioxidant: Ascorbic Acid, Emulsifier: E414, Stabilizer: E445, Colouring Agent: E160aNutrition Information
Storage Guidelines
Best before end: see bottle or cap Store in a cool, dry place. Once opened, use within 2 days. Store upright.
Storage Type
| Type | Ambient |
Manufacturer Address
Donnybrook Fair, Morehampton Road, Dublin 4.
Company Name
Donnybrook Fair
Company Address
Morehampton Road, Dublin 4.
Email Helpline
Return To
Donnybrook Fair, Morehampton Road, Dublin 4. [email protected]
Description
Lemon & Mint / Citron & Menthe Rieme Lemonade was created in 1921 by marcel alcide rième at Morteau, France today, Rième preserves the authentic refreshing flavour of the original recipe for your enjoyment.Features
Crafted in France since 1921
Ingredients
Carbonated Water, Beet Sugar, Acidifier: Citric Acid, Natural Mint-Lemon Flavours with Other Natural Flavours, Antioxidant: Ascorbic Acid, Emulsifier: E414, Stabilizer: E445, Colouring Agent: E160aNutrition Information
Storage Guidelines
Best before end: see bottle or cap Store in a cool, dry place. Once opened, use within 2 days. Store upright.
Storage Type
| Type | Ambient |
Manufacturer Address
Donnybrook Fair, Morehampton Road, Dublin 4.
Company Name
Donnybrook Fair
Company Address
Morehampton Road, Dublin 4.
Email Helpline
Return To
Donnybrook Fair, Morehampton Road, Dublin 4. [email protected]
The product information on this website may not be 100% accurate. Please check the product packaging information before consumption, especially if you have allergies or other health conditions. Store made products may contain other allergens due to potential cross contamination during handling.