PIE Acne Red Spot Fading Treatment 30ml
Description
PIE Acne Red Spot Fading Treatment
The PIE Acne Red Spot Fading Treatment is ideal for treating pink and red spots and pigmentation that cause an uneven skin tone and appear after skin irritation and inflammatory acne has passed.
This light cream based product should be used on areas where acne and spots have been, inorder to smooth, exfoliate and reduce pigmentation and scarring.
⚪Free from alcohol, essential oils and fragrance.
KEY INGREDIENTS
Glycerin: a natural moisturiser that is also found in our skin, this is a common and safe ingredient that has been around in cosmetics for many years. It works to keep the lipids between our skin happy and healthy resulting in a protected and strong skin barrier.
Niacinamide: This multi-functional ingredient has many proven benefits for the skin including anti-aging, anti-wrinkle, fading of brown spots and pigmentation, increasing ceramide synthesis for a stronger skin barrier and better skin hydration. It can also help minimise skin conditions such as acne and rosacea.
Glycolic acid: provides exfoliation for the skin. It stimulates the production of new skin cells while also binding moisture to the skin. Glycolic acid is the most researched AHA and hold the most proven skin benefits. It gently removes dead skin cells from the skin by dissolving the “glue” that binds them to healthy skin cells. Firmer, youthful and brighter skin tone can be achieved with the use of glycolic acid because it is found to stimulate the skins own collagen production and effectively fade brown spots and pigmentation.
Salicylic Acid (BHA): A skin exfoliating ingredient with anti-inflammatory properties, it prevents the pores from clogging and creates room for new cell growth. This is one of the best ingredients for treating problem.
How to use
This product may increase your skin's sensitivity to the sun. Use a sunscreen and limit your exposure to the sun during the use of this product.
Use SPF in your daily routine to prevent the appearance of further pigmentation.