La Roche-Posay Effaclar Duo (+) Unifiant Medium Anti-Acne Cream 40ml

La Roche-Posay Effaclar Duo (+) Unifiant Medium Anti-Acne Cream is a sheer tinted moisturiser designed to deliver light coverage whilst targeting blemishes, imperfections, and marks. Immediately, imperfections and marks look reduced, and the complexion is naturally unified, without a mask-like finish.

Ideal for those with oily, imperfection-prone skin with clogged pores, Effaclar Duo (+) Unifiant Tinted Anti-Acne Moisturiser is formulated with ingredients that help protect against the appearance of red or brown marks, balance oiliness, and help reduce facial redness.

This unclogging tinted moisturiser for blemish-prone skin is available in two unifying shades: Light and Medium. Effaclar Duo (+) Unifiant has a quick-absorbing formula with a non-sticky, non-oily natural-looking finish that provides a lasting, mattifying effect to the skin. The formula is smooth and lightweight.

Directions

1. Shake Effaclar Duo (+) Unifiant Tinted Anti-Acne Moisturiser well before use.
2. In the morning, apply to the entire face after cleansing with Effaclar Foaming Gel Cleanser.
3. Taking a pea-sized amount of the tinted moisturiser, apply directly to the face with your fingertips.
4. Place hands on either side of the face and gently massage the product into skin.
5. Focus application in the center of the face and sweep the product outwards with light movements.

Our Freshness Guarantee

All products are guaranteed to have at least 12 months until expiration from the date of receipt by the customer.

Shipping

Australia: 1 – 3 days
New Zealand: 2 – 5 days
USA / UK / Canada: 4 – 9 days
Japan / South Korea / China: 2 – 6 days
Singapore: 3 – 7 days
Europe (Germany, France, Sweden, Switzerland, etc.): 3 – 7 days
Saudi Arabia / UAE: 5 – 8 days
We ship worldwide to 220 countries. These above are based on Standard Shipping of recent shipments and may vary.

We partner with Australia Post for all our shipments. Please visit Delivery Speeds and Times for more information.