FENIX Renewing Acid Night Face Cream

FENIX — Intensive Overnight Skin Renewal

A nighttime exfoliating cream with Bio-Ozone and a high concentration of active acids (pH 4.0). Designed as an at-home peel, it promotes skin renewal, refines texture and restores a fresh, radiant appearance.

Developed for intensive anti-aging care, as well as for younger and middle-aged skin with acne, post-acne marks, enlarged pores and uneven texture.

It can be used as a standalone resurfacing treatment or, on the advice of a skincare professional, to complement a course of OZOCEUTICA NEOSKIN chemical peels.

The balanced formula with Bio-Ozone combines active acid exfoliation with care that helps reduce dryness and discomfort. For sensitive or delicate skin, use should be tailored to individual needs.

Suitable for women and men. Features a light, airy texture and a refreshing fragrance.

Benefits

• Smoother, more refined texture: helps smooth wrinkles, minimize the appearance of pores and give skin a polished look.
• Clearer pores: helps unclog pores and reduce the appearance of blackheads and closed comedones.
• More even skin tone: helps fade dark spots and post-acne marks, including lingering discoloration following inflammation or skin damage.
• Long-lasting hydration: helps relieve dehydration and maintain softness and elasticity.
• Firmness and a lifting effect: helps improve skin tone and firmness for more defined-looking facial contours.
• Radiance: revitalizes the appearance of dull, tired-looking skin.

Who Is It For?

• Skin with acne and post-acne concerns: enlarged pores, blackheads, closed comedones, occasional inflamed blemishes and the marks they leave behind.
• Mature skin with visible pores and loss of firmness: reduced elasticity, less defined facial contours, downturned mouth corners and pronounced nasolabial folds.
• Thin, dull and dehydrated skin: multiple wrinkles and loss of elasticity.
• Skin with hyperpigmentation: freckles, discoloration following sun or tanning-bed exposure, post-acne marks, pigmentation after skin damage and pigmentation associated with hormonal changes.