Hazelnut & White Chocolate Protein Marshmallow Bar

💪 9g Protein per marshmallow
🔥 Only 160 Calories
🌰 Hazelnut Flavour
🍫 White Chocolate Coated
🇬🇧 Handmade in the UK
🚚 Fast UK Shipping

A protein treat without the huge calories.

Trim Treats Hazelnut & White Chocolate Protein Marshmallows combine soft, fluffy hazelnut-flavoured marshmallow with a smooth milk  chocolate coating for a rich, creamy treat packed with protein. Handmade in small batches in the UK, they're created for anyone looking to satisfy their sweet tooth while staying on track.

Whether you're looking for a post-workout snack, an afternoon pick-me-up, or simply a better alternative to traditional sweets, our protein marshmallow bars deliver indulgent flavour with added protein.

Perfect for:

• High protein snacks
• Low calorie sweet treats
• Gym snacks
• Post-workout snacks
• Hazelnut chocolate lovers

Approximate Nutrition Per Bar

• Around 9g protein
• Approximately 160 calories

Macros may vary slightly as our treats are handmade.

Ingredients

Caster sugar, erythritol, honey, beef gelatine, protein blend (milk, soy) [whey protein concentrate (milk) (emulsifier: sunflower lecithin), soy protein isolate, whey protein isolate (milk) (emulsifier: sunflower lecithin), milk protein concentrate], white chocolate (sugar, whole milk powder, cocoa butter, emulsifier: lecithins, vanilla extract), roasted hazelnuts (nuts), flavouring, vitamin and mineral blend (tricalcium phosphate, vitamin C, vitamin B5, vitamin B6, folic acid, vitamin B12), L-glutamine, thickener (xanthan gum), sweetener (sucralose), DigeZyme® (amylase, protease, cellulase, beta-D-galactosidase, lipase).

Allergens

Contains: Milk, Soy, Hazelnuts (Nuts).

Made in a kitchen that also handles nuts, eggs and dairy.

Storage

Store in a cool place or refrigerator, away from direct sunlight.

Best enjoyed within 7 days.

Suitable for freezing for up to 3 months.

Dietary Information

Not suitable for vegetarians (contains beef gelatine).

Advisory

Contains erythritol. Excessive consumption may produce laxative effects.