Mars Maltesers Mini Bunny Bag 58g

Looking for a fun and indulgent snacking experience? Look no further than Mars Maltesers Mini Bunny Bag, imported from the UK. This 58g bag of mini bunnies is filled with crispy Maltesers centers that are coated in delicious milk chocolate, making it the perfect treat for those who love a sweet and crunchy combination.

Features:

• With 58g of delicious Maltesers Mini Bunnies in each bag, you can enjoy a fun and indulgent snacking experience.
• The bunny shape is not only adorable but also easy to eat and share.
• Made from high-quality ingredients, this mini bunny bag is a guilt-free snacking option that you can enjoy anytime, anywhere.

Ingredients:

Sugar, Skimmed Milk Powder, Cocoa Butter, Glucose Syrup, Barley Malt Extract, Cocoa Mass, Palm Fat, Lactose and Protein from Whey (from Milk), Whey Powder (from Milk), Milk Fat, Wheat Flour, Emulsifiers (Soya Lecithin, E492), Palm Oil, Raising Agents (Sodium Bicarbonate, Calcium Carbonate, Calcium Phosphate), Salt, Natural Vanilla Extract, Milk Chocolate contains Milk Solids 14% minimum and Cocoa Solids 25% minimum, Milk Chocolate contains Vegetable Fat in addition to Cocoa Butter.

Benefits:

• Made from high-quality ingredients, Mars Maltesers Mini Bunny Bag is a guilt-free snacking option that you can enjoy without worrying about any artificial preservatives or colors.
• The crispy Malteser centers combined with the smooth and creamy milk chocolate create a delicious and satisfying snacking experience that is sure to satisfy your sweet tooth.
• The bunny shape of these chocolates makes them a perfect option for sharing with your friends and family on special occasions or even as a quick treat during your work breaks.
• The imported chocolates adds a unique touch to your snacking experience, making it more enjoyable and memorable.

Due to the fragile nature of English Easter Eggs, we cannot replace Eggs damaged in transit. Damage would include cracked or broken eggs, discoloration, or melting of the chocolate due to temperature changes during delivery.