Keskine, the award-winning beauty brand, has launched its new Hydrogel Bio-Collagen Hydration Mask, a hydrogel sheet mask designed to deliver firming, hydrating, and brightening results. Priced from £14.99 for a pack of five, the mask is available in 5, 10, or 15-pack options, making it an affordable addition to summer skincare routines.
Why Summer Skin Needs Extra Care
According to the brand, external factors such as rising temperatures, sweating, air conditioning, and barrier damage can leave skin looking dehydrated and lacklustre. Keskine recommends adapting skincare to replenish the complexion with ingredients like hyaluronic acid, vitamin C, and niacinamide, without overhauling the entire routine.
Hydrogel Technology for Maximum Absorption
Unlike traditional cotton or bamboo sheet masks, which are prone to tearing, the Hydrogel Bio-Collagen Hydration Mask uses hydrogel material to intensify hydration and ingredient absorption. Each mask is infused with 100,000ppm (parts per million) of bio-collagen and bifida ferment lysate, a bacterium-derived ingredient that repairs and protects the skin’s barrier, reduces sensitivity, strengthens the microbiome, and improves hydration. The mask also contains multi-molecular hyaluronic acid, which penetrates deeper into the dermis to boost hydration and strengthen skin resilience.
Overnight Application for Prolonged Benefits
The mask is specially designed to be worn for a minimum of three hours or overnight, allowing ingredients to work over a prolonged period. Users will know it is ready to remove when the mask turns transparent, indicating full absorption. It should be applied after cleansing and toner or serum, and is recommended for use at least once a week, though it is gentle enough for daily use.
Part of Keskine’s Premium Skincare Line
The Hydrogel Bio-Collagen Hydration Mask joins Keskine’s range of at-home skincare products, which includes the popular LED Face Mask Pro. The brand encourages customers to incorporate the mask into their summer routines for a glowing complexion.
