Eucerin Anti-Pigment Day Cream SPF30 50ml

About this product

Achieve an even, radiant complexion with the Eucerin Anti-Pigment Day Cream, a daily moisturiser for all skin types, which offers SPF30 broad-spectrum protection while minimising hyperpigmentation.. Designed to help you achieve a more uniform and illuminated tone, Eucerin's Anti-Pigment cream centres around their innovative, patented ingredient, thiamidol. This unique ingredient works by addressing the cause of hyperpigmentation as it reduces melanin production, which gives skin its colour.. Thiamidol is a powerhouse ingredient; it's clinically and dermatologically proven to reduce dark spots and help prevent their reappearance. From just two weeks, you can begin to see signs of improvement, while the appearance of hyperpigmentation continues to improve with continued use.. As one common cause of hyperpigmentation is UV exposure, the ever-so-subtly scented cream also offers solar protection; it shields against both UVA and UVB rays, which cause everything from premature ageing to sunburn. In doing so, Eucerin's moisturising day cream reduces the chances of sun-induced dark spots, so you can continue to boast a bright and even complexion for longer.. Why We Love It. The cause behind hyperpigmentation is melanin production - and sadly, everything from sun exposure to hormonal changes can cause an increase in melanin production. This can result in dark patches and age spots - which are commonly known as sun spots - which makes the skin look uneven and old before its time. So, we love that Eucerin's key ingredient, thiamidol, has been designed to target melanin production at its very source.. As the treatment of hyperpigmentation requires continuous effort, we also love that the formula is held in a smooth white pump bottle - it's perfect for pop in a travel bag for when you're away.. How To Use It. Apply in the morning to a cleansed face, neck and decollete. Gently massage into skin while avoiding contact with eyes.. Works Well With. To continue to protect against and