T32 — Mattifying Loose Powder 1% Zinc PCA

Enriched with Zinc PCA, this loose powder absorbs excess sebum for an immediate and long-lasting matte finish.

Formulated without talc, silicones or nanoparticles.

Suitable for all skin tones.

97% naturally derived. Vegan. Made in France.

This is the only powder that doesn't clog my pores, it's invisible, and perfectly mattifies. It doesn't weigh down the skin and leaves a light veil on the face. It conceals perfectly. I would buy it again 100%!

Oily skin, especially in the t-zone, is caused by an overproduction of sebum by the sebaceous glands. This loose powder helps mattify the skin and helps tinted-care products last longer.

Apply the loose powder with a brush or a powder puff all over your face as the final step in your morning routine.

Using the loose powder after your tinted serum will give a more matte, smooth result.

At night, remove your makeup with our reusable cotton pads soaked in makeup remover oil or micellar water.

This mattifying loose powder is particularly suitable for combination to oily skin, which tends to get shiny during the day.

It is translucent and works with all skin tones.

Stop using the mattifying loose powder if you feel any discomfort or irritation.

Packaging composed of a 100% recycled PET jar and a recyclable polypropylene (PP) cap.

Zinc PCA:

Paired with L-Pyrrolidone Carboxylic Acid (PCA), zinc is ideal for combination to oily skin. This trace element is known for its purifying and sebum-regulating properties, which help rebalance the production of sebum by the sebaceous glands. Zinc is also known to limit the development of micro-organisms that are at the origin of many skin imbalances.

PCA helps improve the absorption of zinc by the skin and supports hydration.

Hyaluronic acid:

Resulting from wheat fermentation, this molecule is known for its hydrating virtues: It can retain up to one thousand times its weight in water. Hyaluronic acid helps the skin retain hydration and attenuates the appearance of the fine lines caused by dehydration.