Hovika Iron Gummies Supplement for Women & Men
Hovika Iron Gummies Supplement for Women & Men
Product details
Hovika Iron Gummies are a gentle, vegan supplement formulated with iron bisglycinate, vitamin C, B12, folate and organic beet root. Each gummy delivers highly absorbable iron to support red blood cell production, oxygen transport and sustained energy throughout your day.
Key Features
- Iron bisglycinate is gentle on the stomach and highly bioavailable for better absorption
- Vitamin C enhances iron absorption; B12 and folate support energy and red blood cell production
- Organic beet root boosts nitric oxide levels to improve blood flow and nutrient delivery
- Natural grape flavour with no aftertaste; easy to chew and non-GMO
- Suitable for active people, women, men, vegans, vegetarians and mature individuals
Who Is It For
These gummies suit women and men of all ages, including vegans and vegetarians, who want to support their iron levels and energy naturally. They're ideal for active individuals and anyone seeking nutritional support for healthy red blood cell function.
Product Details
| Brand | Hovika |
|---|---|
| Form | Gummies |
| Size | 60 Gummies |
Frequently asked questions
What form of iron is in these gummies?
Hovika Iron Gummies contain iron bisglycinate, a chelated form of iron that is gentle on the stomach and has excellent bioavailability for superior absorption.
How do the other ingredients support iron effectiveness?
Vitamin C improves iron absorption, vitamin B12 provides energy support, folate plays a key role in red blood cell production, and organic beet root boosts nitric oxide levels to enhance blood flow and nutrient delivery.
Are these gummies suitable for vegans?
Yes, these iron gummies are vegan-friendly, non-GMO and made without animal-derived ingredients.
What benefits can I expect from taking these gummies?
Iron supports oxygen transport throughout your body and helps maintain healthy cells. The formula is designed to support energy levels, decrease fatigue, and promote healthy red blood cell production.