There are several different types of iron supplements available. You may have heard of non heme iron before, that is sourced from plants and heme iron is sourced from animals. Safe+ is carbonyl iron which is different from heme iron, non heme iron or iron salts, all of which are common types of supplements. Carbonyl iron is a highly pure (98% – 100%) iron, prepared by chemical decomposition of purified iron pentacarbonyl. It’s fine spherical particle size and porosity with huge surface area result in very high bioavailability. It is approximately 70% more bioavailable than iron products containing Ferrous sulfate*. Safe+ Carbonyl Iron: a pure form of iron with 100% elemental iron content. High bioavailability means less Safe+ is required to achieve the desired effect in comparison to traditional iron salts such as ferrous fumarate, ferrous sulfate and ferrous gluconate. Some people may experience constipation, diarrhea, and/or vomiting. Stop use if hypersensitivity occurs.

FLAVOUR-SOME: Great tasting Cherry Flavour to prevent iron deficiency and its anemia. HIGH QUALITY IS OUR BASELINE: Proudly Canadian made with high quality ingredients, SaFe+ helps improve the physical and mental health of your children when they have iron deficiency. WHY SaFe+ FOR MY CHILD: Well Tolerated, Great Tasting, No Need for Refrigeration, Sugar Free, Easy Single Dosing, Pharmacist Recommended, High Iron Content and Absorption. CONVENIENT DOSING: Infants (0 – 12 months) and children (1 – 18 years): Give ONE ampule (2 mL), ONE – TWO times a day. It is recommended they take it with food, a few hours before or after taking other medications or health products. Place the dose directly into the mouth towards the back of the tongue to avoid staining of the teeth. PROVEN EFFECTIVE: Safe+ is carbonyl iron which is different from heme iron, non heme iron or iron salts, all of which are common types of supplements. Carbonyl iron is a highly pure (98% – 100%) iron, prepared by chemical decomposition of purified iron pentacarbonyl. It’s fine spherical particle size and porosity with huge surface area result in very high bioavailability.