Solgar Folate 400 µg Maternité 0,4mg

Supporting your body during periods of fatigue or preparing for pregnancy often requires targeted nutritional intake. Solgar Folate 400 µg provides a concentrated formula with folic acid, an essential vitamin for metabolism and cell development. This Solgar food supplement fits seamlessly into a health routine, helping to meet the specific needs of women before and during pregnancy.

A versatile supplement for internal balance

Folic acid, or vitamin B9, plays a key role in multiple physiological functions. It supports maternal tissue growth during pregnancy, making it particularly valuable for expectant mothers. But its benefits extend further: this nutrient contributes to normal homocysteine metabolism, aids red blood cell formation and helps maintain optimal immune function. The Solgar formula delivers a precise 400 µg dose, aligned with nutritional recommendations.

This supplement is especially suited to women of childbearing age, those planning pregnancy or already expecting. It may also benefit individuals looking to reduce physical and mental fatigue, thanks to the energising properties of folates. Its convenient format allows for easy daily integration without hassle.

Quality and trust with Solgar

The Solgar brand is synonymous with exacting nutritional standards. This vitamin B9 supplement is crafted to rigorous specifications, ensuring optimal purity and bioavailability. For pregnant or breastfeeding women, it can be combined with Solgar Prénatal Nutrients, a complex specially formulated to meet comprehensive needs during this period.

Choosing Solgar Folate 400 µg means opting for targeted nutritional support that combines effectiveness with simplicity. Whether preparing your body for motherhood or combating energy dips, this supplement offers a natural, scientifically validated solution.

Folate contributes to maternal tissue growth during pregnancy and helps reduce fatigue. Its benefits extend to blood formation, homocysteine metabolism and immune system function.