Justine's MINI Protein Cookies 300g — High-Protein, No Added Sugar Snack

Justine's MINI Protein Cookies 300g are a convenient high-protein snack designed for active lifestyles—perfect for post-workout recovery or on-the-go nutrition. With no added sugar, these bite-sized cookies deliver a protein boost without extra sugar.

• Portion-controlled packaging: 12 individually wrapped cookies, 25 g each (total 300 g), for easy portioning and on-the-go snacking.
• Protein content: Approximately 6.7 g of protein per mini cookie to support daily protein goals.
• No added sugar: Sweetened without added sugars to help manage sugar intake while enjoying a tasty snack.
• Keto-friendly: Suitable for keto-conscious diets as part of a balanced nutrition plan.
• Convenience for active lifestyles: Ideal post-workout snack or between-meal fuel that travels easily in bags or gym kits.
• Quality ingredients: Crafted with purpose-built ingredients and clear labeling; always read the label for full ingredient details and allergen information.

These cookies offer a reliable protein boost in a compact, portable package. They pair well with shakes, yogurt, or fruit for a balanced snack, and the no-added-sugar formulation helps keep energy steady between meals. For best results, store in a cool, dry place and consume before the expiry date.

Frequently asked questions

• Q: How many cookies are in a pack? A: The pack contains 12 mini cookies, each 25 g, totaling 300 g.
• Q: How much protein is in each cookie? A: Each mini cookie provides about 6.7 g of protein.
• Q: Is there added sugar? A: No, this product contains no added sugars.
• Q: Is this suitable for on-the-go use? A: Yes, the cookies are individually wrapped for easy transport and quick snacks after workouts or during busy days.
• Q: Where should I check for ingredient details? A: Always read the label for the full ingredient list and allergen information.

Add Justine's MINI Protein Cookies 300g to your cart today for a convenient, protein-rich snack that fits into an active routine.