Which type of mask heats up after it is applied?

Modelage masks are known for their unique properties, especially their ability to generate heat after application. These masks are typically made from a combination of ingredients, such as alginate and gypsum, which, when mixed with water and applied to the face, undergo a chemical reaction. This reaction results in the evolution of heat, creating a warming sensation on the skin.

The heat produced during the application of modelage masks can help to enhance circulation and promote deeper penetration of the beneficial ingredients into the skin. This makes them especially effective for moisturizing and rejuvenating the skin, as the warmth can also aid in relaxing facial muscles and providing a soothing effect.

In contrast, cream masks and gel masks are designed for different purposes — cream masks primarily offer hydration and nourishment, while gel masks usually provide cooling and soothing effects without the warming properties. Clay masks are typically used for their absorbent qualities and to draw out impurities, but they do not create heat upon application. Understanding these distinctions is key when selecting the appropriate mask for specific skin concerns or treatments.