MST® Iron Chelate 21 mg + Vitamin C — 120 Capsules

Maximum Ingredient Efficiency in a Larger Pack

MST® Iron Chelate 120 capsules offers a double supply of the proven iron formula in the form of bisglycinate, combined with vitamin C. It’s one of the best options for daily iron intake, providing high absorption with gentle stomach support.

Science-Based Effects of Ingredients

• Iron Bisglycinate is an organic form of iron with superior absorption compared to inorganic salts like ferrous sulfate. According to European Journal of Clinical Nutrition, it’s also less likely to cause gastrointestinal discomfort.

• Vitamin C (as calcium ascorbate) enhances iron absorption in the intestines. Studies in the American Journal of Clinical Nutrition confirm that vitamin C significantly improves the bioavailability of non-heme iron.

Benefits of MST® Iron Chelate (120 capsules)

• Larger pack — ideal for 4 months of use

• Highly bioavailable ingredients

• Gentle on the stomach

• Suitable for vegetarians

• Made in Germany — high quality guaranteed

Who Is This Product For?

• Individuals with low dietary iron intake

• Vegetarians and vegans

• Athletes and physically active people

• Those experiencing fatigue or low energy

• Anyone looking for a gentle-on-the-stomach iron source

Where to Buy MST Iron Chelate 120 Capsules

📍 In Ukraine — available in major cities (Kyiv, Lviv, Dnipro, Kharkiv, Odesa) and nationwide via official MST partners.

🇪🇺 In the EU — order directly from the official MST Nutrition website in Germany.

With MST® Iron Chelate 21 mg + Vitamin C, you get a clinically supported, convenient iron supplement developed to German quality standards.

Per-Capsule Composition

• Iron (bisglycinate) — 21 mg

• Vitamin C (calcium ascorbate) — 90 mg

• Other ingredients: gelatin, microcrystalline cellulose, silicon dioxide, magnesium stearate

Recommended Use

Take 1 capsule daily with 200 ml of water. Best taken on an empty stomach or 30 minutes before meals. Avoid tea, coffee, or dairy products around intake time, as they may interfere with iron absorption.