YuBi Plant-Based Protein Bar - Fudge Brownie (35g)
YuBi plant-based protein chocolate bars were lovingly created to offer bars that are not only delicious but low calorie, low sugar and high protein but sympathetic to as many special dietary requirements as possible (they're gluten-free, dairy-free and vegan-friendly!!) and, even more astonishing, amazing value too!!
Delicious, decadent rich Fudge Brownie flavour offers a satisfyingly sweet nougat base with dark chocolate chunks, topped with a layer of caramel then dunked in delicious dairy free dark chocolate, all whilst coming in at just 99kcals and only 0.3g of sugar, and yet still managing to cram in an impressive 10.2g plant-based protein!
'Yu' better believe it! Great flavour, great taste and great value... the gorgeous dinky YuBi Protein Bars are guilt-free on all fronts, prepare to fall in love!
Why YuBi Plant-Based Protein Bars?!
- Gluten & Dairy-Free
- Too-good-to-be-true chocolate candy bar flavour
- Less than 100 calories
- Low Sugar
- High Protein (10g per 35g bar!)
YuBi Plant Based Protein Bar Ingredients & Nutritional Information:
|Typical Valuations||Per Bar||Per 100g|
|Energy||414kJ / 99kcal||I 184k / 283kcal|
|of which saturates||1.2g||3.4g|
|of which sugars||0.3g||0.8g|
Ingredients: Chocolate Flavoured Coating With Sweetener (19%): Cocoa Butter, SOYA Flour, Sweetener: Xylitol, Cocoa Mass, Emulsifier: Lecithin, Natural Flavouring, Sweetener: Maltitol, GLUTEN Free OATS, Pea Protein Isolate, Bulking Agent: Polydextrose Powder, SOYA Protein Isolate, Humectant: Vegetable Glycerine, SOYA Protein Nuggets (SOYA Protein Isolate, Tapioca Starch, Sea Salt), Beet Fibre, Vegetable Oil, SOYA Protein Nuggets (SOYA Protein Isolate, Tapioca Starch, Cocoa Powder, Sea Salt), Reduced Fat Cocoa Powder, Emulsifier: Lecithin, Natural Flavouring, Thickener: Gum Acacia, Green Tea Extract, Sweetener: Sucralose.
For allergens, please see ingredients marked in BOLD. Also, not suitable for PEANUT, NUTS, SESAME seed, SOY & sulphite allergy sufferers. Excessive consumption may lead to laxative effects.