ISISPHARMA Neotone Radiance SPF50+ – Brightening Sunscreen for Dark Spots & Hyperpigmentation 30ml

Corrects dark spots while protecting your skin from sun damage.
Neotone Radiance SPF50+ is a 2-in-1 skincare solution that combines broad-spectrum UVA/UVB protection with targeted action against hyperpigmentation, sun spots, and uneven skin tone.

Formulated with a unique blend of brightening ingredients like Diacetyl Boldine and Niacinamide, this lightweight sunscreen helps prevent new spots from forming while fading existing ones. Its tinted, non-greasy texture provides natural coverage and a radiant finish without irritating sensitive skin.

Perfect for daily use as a makeup base or standalone skincare step.

Features & Benefits

SPF50+ Broad-Spectrum Protection

Brightens and Evens Skin Tone

Reduces the Appearance of Dark Spots

Tinted Formula with Natural Finish

Non-Greasy, Non-Comedogenic Texture

Fragrance-Free & Suitable for Sensitive Skin

Dermatologically Tested

Recommended For

Skin with dark spots or hyperpigmentation

Uneven tone or melasma-prone skin

Sensitive and combination skin types

Daily SPF wear with a corrective effect

Key Ingredients

Diacetyl Boldine – Inhibits melanin production

Niacinamide (Vitamin B3) – Brightens and soothes skin

Mineral Filters (Titanium Dioxide) – Offers physical UV protection

Vitamin E – Antioxidant that protects from free radicals

FAQ

Can I use it as a makeup base?
Yes! Its tinted, smoothing finish makes it ideal under makeup or on its own.

Will it clog my pores?
No, the formula is non-comedogenic and suitable for combination to sensitive skin.

Does it treat or only prevent dark spots?
It does both—fades existing spots while preventing new ones caused by sun exposure.

Is it suitable for daily use?
Yes, it’s designed for everyday wear to protect and correct over time.

How to Use

Apply evenly to the face every morning as the final skincare step.

Reapply every 2 hours in case of prolonged sun exposure or sweating.

Use daily for optimal depigmenting and protective results.