La Roche-Posay Cicaplast Baume B5+ Ultra-Repairing Soothing Balm 100ml

La Roche-Posay Cicaplast Baume B5+ Ultra-Repairing Soothing Balm 100ml is a repairing and soothing balm specifically formulated for fragile skin. In fact, this cream soothes uncomfortable, irritated, or damaged skin thanks to a new and improved formula. Suitable for the whole family including babies from 3 months, this repairing product can be used in several situations where the skin is damaged or irritated whether on the face or the body. For instance, superficial burns, post-peeling, mosquito bites, diaper rash...

The minimalist and hypoallergenic formula works to promote skin repair while respecting the skin microbiome and preventing scarring. On one hand, it contains the new Tribiome, a prebiotic complex that balances and preserves the skin microbiome. On the other hand, it is formulated with soothing and hydrating ingredients such as Vitamin B5 and Madecassoside that calm and comfort the skin. Additionally, it contains purifying ingredients that have antibacterial properties to provide an optimal environment for healing. 

Moreover, the balm texture nourishes the skin and creates a protective layer with an invisible and non-greasy finish. In short, this product helps repair and soothe the skin.

Main Ingredients

* Care to Beauty updates the product ingredient listings periodically. However, the ingredients list might be changed by the brands without any warning, so please read the ingredients list on the packaging of your product before using.

• Tribiome is the innovative ingredient of this formula. It's a prebiotic complex that helps to balance and preserve the skin microbiome and, consequently, promotes skin repair;
• Madecassoside, extracted from Centella Asiatica, has great soothing properties. In this way, it helps to calm irritated and damaged skin while promoting skin repair;
• 5% Vitamin B5, also known as panthenol, not only hydrates the skin but also soothes and quickly relieves any feeling of discomfort;
• Zinc and Manganese have antibacterial properties that prevent bacterial proliferation. Thus, they maintain an optimal environment for skin regeneration.