A cleansing gel face mask, a gel mask with cleansing properties for skin with enlarged sebaceous gland openings, acne-prone, combination and oily skin. The mask evens out skin structure, reducing the appearance of unevenness and enlarged pores, while soothing irritation and hydrating the skin.
Smoothing and cleansing thanks to microneedles
Microneedle technology made from hydrolysed sponge smooths skin structure, increases the penetration of the other active ingredients and boosts the cleansing effect. During application you may feel a slight tingling of the skin, which passes after a few minutes. Thanks to this ingredient the mask effectively removes excess sebum from the skin surface, supporting a matte look. Regular use of the mask helps reduce the appearance of enlarged pores.
Soothing and hydration
Panthenol soothes the skin, supports its regeneration and is anti-inflammatory. Licorice root extract additionally soothes irritation, is anti-inflammatory and hydrates the skin. Hyaluronic acid intensely hydrates, binds moisture and smooths the skin surface. Thanks to these ingredients the mask soothes the skin while supporting its proper moisture level.
Reducing redness and regeneration
Heartleaf extract and powder reduce redness, soothing irritation and speeding up skin regeneration, while also acting antibacterially. Thanks to this the mask works well in the care of acne-prone and blemish-prone skin. After using the mask the skin is smoothed, soothed and less prone to redness.
Area of use
- face (avoiding the eye and lip area)
Active ingredients
- Microneedle technology from hydrolysed sponge: smooths skin structure, increases the penetration of the other active ingredients, boosts the cleansing effect
- Panthenol: soothes, supports regeneration, is anti-inflammatory
- Licorice root extract: soothes, is anti-inflammatory, hydrates
- Hyaluronic acid: intensely hydrates, binds moisture, smooths the skin surface
- Heartleaf extract and powder: reduce redness, soothe irritation, speed up skin regeneration, act antibacterially











