Vitaforce ACE Body Cream 150 ml

NOURISHING BODY CREAM WITH VITAMINS

Every woman wants soft and smooth skin from head to toe. And who hasn't had dry patches, and a lack of elasticity?

Unfortunately, the skin begins to relax with aging due to hormonal changes resulting in a decrease in the synthesis of collagen and elastin.

But also external influences such as UV light and stressful life phases affect the skin organ which becomes drier, loses tone and elasticity.

Our new silky-soft body cream is enriched with the three precious vitamins A, C and E. Vitaforce ACE Body Cream leaves the skin even, soft and smooth.

The precious vitamin A gives the skin a smooth appearance, while the vitamin C inhibits the production of melanin and eliminates the irregularities of the complexion.

At the same time, vitamin E provides cells with the protection they need and hyaluronic acid and Pentavitin® intensely hydrate the skin.

Vitaforce ACE Body Cream has a pleasant scent and is quickly absorbed. Its shea butter has a delicate nourishing effect and coats the skin with precious lipids.

ACTIVE INGREDIENTS

Vitamin A Palmitate : Vitamin A Palmitate improves dry and rough skin. It increases cell division and collagen production and reduces the breakdown of collagen. This slows the aging process of the skin and the epidermis becomes more elastic, more uniform and smoother

Sodium ascorbyl phosphate : Also called vitamin C phosphate, sodium ascorbyl phosphate stimulates the synthesis of collagen fibers makes the skin smoother, protects it from free radicals, inhibits the production of melanin and evens out skin irregularities

Vitamin E acetate : Protects the cell membranes from free radicals

Shea Butter : Nourishes and soothes the skin while replenishing lipids

Long-chain hyaluronic acid : nourishes, moisturizes and smoothes the skin

Pentavitin® : Pentavitin® is a moisture-retaining substance obtained from natural sugars. It attaches itself to the skin's keratin and hydrates the skin very effectively thanks to its excellent water-binding properties