FREE SHIPPING OVER £40

Visit our Location
381 Church Lane, Kingsbury,
London, NW9 8JB
Opening Hours
Mon - Friday: 9AM - 5PM

Schweppes Lemonade Can

Case Size: 150ml

£0.85 inc. VAT

These items are centrally stocked and delivery times are up to 10 days to reduce carbon emissions and help keep our planet green.

Occasionally, we may need to refund orders; we will endeavour to update you as soon as possible.

SKU: M4832873 Categories: ,

Description

Original Lemonade masterfully made with Lemon Juice

Made with real lemons
With Sugar and Sweeteners

Serve cold for maximum refreshment.

Store in a cool and dry place

Please recycle.

Uses / Instructions

Best before end: see base of can for date. Store cool and dry. Preparation And Usage Best served chilled.

Warnings

See packaging/patient information leaflet for details.

Side Effects

See packaging/patient information leaflet for details.

Ingredients

Carbonated Water, Sugar, Lemon Juice from Concentrate (2%), Citric Acid, Flavourings, Acidity Regulator (Sodium Citrate), Sweeteners (Aspartame, Sodium Saccharin), Preservative (Potassium Sorbate), Antioxidant (Ascorbic Acid)

Additional information

Case Size

150ml

Reviews

There are no reviews yet.

Be the first to review “Schweppes Lemonade Can”
8
    8
    Your Cart
    ART BOX METTALLIC BOARDS 8
    ART BOX METTALLIC BOARDS 8
    Vendor:

    British Chemist

    1 X £1.27 = £1.27
    EASY CRAFT BOYS COLOURING TOTE BAG
    EASY CRAFT BOYS COLOURING TOTE BAG
    Vendor:

    British Chemist

    2 X £1.51 = £3.02
    Nain's Gluten Free Choc Chip Biscuits 160g
    Nain's Gluten Free Choc Chip Biscuits 160g
    Vendor:

    British Chemist

    1 X £17.36 = £17.36
    Lindor Cornet Strawberries & Cream 200g
    Lindor Cornet Strawberries & Cream 200g
    Vendor:

    British Chemist

    1 X £43.02 = £43.02
    Ribena Strawberry Fruit Squash No Added Sugar
    Ribena Strawberry Fruit Squash No Added Sugar
    Vendor:

    British Chemist

    1 X £2.60 = £2.60
    VegaOmega Plus
    VegaOmega Plus
    Vendor:

    British Chemist

    1 X £0.00 = £0.00