Liquorice Catherine Wheels Sweet Jar : Large

Liquorice and Aniseed Flavour Sweets

2000 g
£29.99 29.99

Brand: The Sweetie Jar

Product Code: 100886

Availability:In stock

A loose-filled sweet jar filled with Liquorice Catherine Wheels.   The combination of the tasty liquorice lace and the aniseedy jelly spog makes Barratts Catherine Wheels an old fashioned sweet favourite....

There's about 95 Liquorice Catherine Wheels in this sweet jar... they're a real favourite amongst you liquorice sweet lovers. 

Oh, and the jar measures 25cm (height)  x 14cm (width) x 12cm (depth).

Liquorice and Aniseed Flavour Sweets
Treacle, WHEAT Flour (WHEAT Flour, Calcium Carbonate, Iron, Niacin, Thiamin), Glucose Syrup, Sugar, Water, Cornflour, Beef Gelatine, Natural Colours (Plain Caramel, Mixed Carotenes, Anthocyanins), Liquorice Powder, Aniseed Oil, Fruit & Vegetable Concentrates (Blackcurrant, Carrot, Radish), Spirulina Concentrate, Citric Acid. MAY CONTAIN NUT TRACES. ALLERGEN ADVICE: For allergens, including cereals containing gluten, see ingredients in CAPITALS. Store in a cool dry place away from direct sunlight.

A loose-filled sweet jar filled with Liquorice Catherine Wheels.   The combination of the tasty liquorice lace and the aniseedy jelly spog makes Barratts Catherine Wheels an old fashioned sweet favourite....

There's about 95 Liquorice Catherine Wheels in this sweet jar... they're a real favourite amongst you liquorice sweet lovers. 

Oh, and the jar measures 25cm (height)  x 14cm (width) x 12cm (depth).

Liquorice and Aniseed Flavour Sweets
Treacle, WHEAT Flour (WHEAT Flour, Calcium Carbonate, Iron, Niacin, Thiamin), Glucose Syrup, Sugar, Water, Cornflour, Beef Gelatine, Natural Colours (Plain Caramel, Mixed Carotenes, Anthocyanins), Liquorice Powder, Aniseed Oil, Fruit & Vegetable Concentrates (Blackcurrant, Carrot, Radish), Spirulina Concentrate, Citric Acid. MAY CONTAIN NUT TRACES. ALLERGEN ADVICE: For allergens, including cereals containing gluten, see ingredients in CAPITALS. Store in a cool dry place away from direct sunlight.