Catrice Scandalous Matte Lipstick 100 Muse Of Inspiration 3.5g

Catrice Scandalous Matte Lipstick 100 Muse Of Inspiration 3.5g combines incredible makeup results with a nourishing formula at the same time. First and foremost, this lipstick is highly pigmented, offering an intense result to beautifully color the lips. In other words, with just one glide, you get an intense color payoff and a striking result. In addition, it provides a matte finish. Nonetheless, it has a hydrating and nourishing formula that does not leave the lips feeling dry. On the contrary, it provides moisture to the lips and provides them with a pleasant feeling. That said, the formula contains Hyaluronic acid, Shea butter, and Passion fruit oil, which work together to, therefore, improve moisture levels. Like so, with a silky-soft texture, this lipstick delivers lasting comfort.

In addition, this lipstick also delivers long-lasting results so that your look stays put throughout the day. In conclusion, this lipstick has a scandalous matte finish but, despite that, it does not over-dry the lips at all thanks to its caring formula. It is truly a great addition to your makeup collection not only to add intense color to your daily looks but also perfect for special occasions.

• Color family: red;
• Color payoff: intense;
• Finish: matte;
• Texture: stick;
• Longevity: long-lasting;
• Presentation: elegant black bullet;
• Formulated without: fragrance, parabens.

• Hyaluronic acid is a famous ingredient for its hydrating power. This ingredient acts as a humectant, which means it has the capacity of binding water. In this way, it intensely moisturizes the lips;
• Shea butter is rich in fatty acids, thus deeply nourishing and softening the lips;
• Passion fruit oil contains a high content of linoleic acid that softens the lips and nurtures them.

Apply Catrice Scandalous Matte Lipstick 100 Muse Of Inspiration 3.5g directly on the lips or with a lip brush for more precision. In order to get a better definition, contour the lips with a lip liner before application.