Ciaté London Dewy Stix - Luminous Highlighting Balm

Based on the ingredient list, "Ciaté London - Dewy Stix - Luminous Highlighting Balm" can work well for skin moisturization. To work well, any moisturizer needs to include a combination of water-binding and emollient ingredients. Ciaté London - Dewy Stix - Luminous Highlighting Balm ticks this box. Sodium hyaluronate in this product (humectants) attract water molecules to the upper layer of the skin (the water comes from the outside air or from the deeper layers of the skin if the air is dry). Emollients in this formulation (tripeptide-1, astrocaryum murumuru seed butter, beeswax, caprylic/capric triglyceride and cera alba) help to reduce the moisture loss from the skin. They also soften the skin surface and relieve the feeling of dryness and tightness.

Ingredient callouts

• This moisturizer also contains Peptides (tripeptide-1 0.15% - 0.70%). Peptides are a very big group of ingredients. They all consist of a different combination of aminoacids. Our skin produces Peptides naturally. Some of them work as natural antibiotics, promote wound-healing and production of collagen. The scientists are still studying how effective the topical application of Peptides is, but it is very likely that they are helpful. Peptides might be able to support skin barrier restoration and even have an anti-aging benefit. At the very least, they certainly help attract water to the skin and support the hydration in this way.

Irritation risk

There are some common irritants in this product, including ingredients that do not have benefits for the skin. We assess the overall irritancy of this moisturizer to be medium. For a detailed overview of all potential irritants: click here

You can see the detailed formula review with the breakdown of all actives in the product and the full ingredient list with estimated concentrations in the tables below.

Price

The product retails for 43.86CA$ in Canada, for 65.01A$ in Australia and for 30.99$ in the United States.

For a detailed price comparison: click here.