KIKI Health Organic Psyllium Husks 850mg – 120 Vegicaps
Enhance your daily digestive health and fibre intake with KIKI Health Organic Psyllium Husks, a natural source of soluble dietary fibre delivered in convenient vegan capsules. Derived from the seed husks of the Plantago ovata plant, this organic fibre supplement offers a clean and effective way to maintain regularity and overall gut wellbeing.
Psyllium husk is rich in soluble fibre, which absorbs water in the digestive tract to form a gentle gel-like consistency. This process helps add bulk to stools and encourages normal bowel movements, contributing to a balanced and comfortable digestive system. When taken with adequate water, psyllium can also promote a feeling of fullness, making it a valuable addition to a balanced diet.
Certified organic and free from unnecessary additives, these vegicaps are non-GMO, gluten-free and suitable for plant-based lifestyles - providing a simple way to increase fibre intake without powders, mixing or adding calories.

Why choose KIKI Health Organic Psyllium Husks
Rich in soluble dietary fibre – Naturally derived from organic psyllium husks to promote regular bowel movements and maintain healthy digestive function.
Promotes digestive comfort – Absorbs water in the gut to form a gentle gel that helps maintain balance and ease within the digestive system.
Supports healthy cholesterol levels – Soluble fibre plays a role in maintaining normal cholesterol metabolism as part of a balanced diet.
Encourages steady digestion and satiety – Expands when mixed with water to help regulate digestion and promote a feeling of fullness.
Certified organic and non-GMO – Free from artificial fillers, binders, colours or preservatives for clean, natural fibre intake.
Convenient vegan capsules – Easy-to-take vegicaps provide a simple way to increase daily fibre without powders, mixing or extra calories.
How to Use
Take 1–2 vegicaps daily with a full glass (200ml) of water or juice, preferably before meals. Drink plenty of fluids throughout the day when increasing fibre intake.





