Meticulously washed desi ghee in copper vessels leads to hydrolysis of fats, creating very tiny molecules, so small that they can penetrate even into thicker layers. Plus, the heavy ghee turns into a fluffy, ultra-moisturizing base, just like MALAI.

Moisturisers only offer occlusives, emollients, or humectants. But it’s MALAI that brings essential fats, ceramides, antioxidants, proteins, polysaccharides, multi-vitamins, copper nanoparticles, and so much more. And all this active nutrition is extracted and bio-activated from natural ingredients through a 4-step meticulous preparation. So whether it’s hyaluronic water attraction into layers, melanin balance, lipid and barrier building, or vitamin-infused cellular activation, this MALAI does it all.

When skin changes with age and weather, so should your care. And a moisturiser can only vary in lightness or stickiness but it’s MALAI that adapts its nutritional actives to support different cellular activities and imbalances.

Malai in milk may be heavy, but the Malai from our Ayurvedic kitchen is incredibly light, despite being made with desi ghee, oils, milk, and more. How? It’s the science. We break the fats down so short that they slip into your skin quickly, without leaving anything behind to weigh on the surface. And for sun protection without chemicals? Nature has already offered it all through phyto-actives and antioxidant-powered UV defense.

With age, declining androgen levels reduce sebum and skin lipids, leading to dryness and wrinkles. Further, decreased barrier function and a rise in TEWL increases dryness. Fatty acid-rich oils, omega seeds, and ghee help restore softness and hydration by replenishing the skin’s natural sebum, lipids & barrier.

Reduced collagen, elastin & hyaluronic acid production impacts the skin's youthful structure and suppleness. Inflammatory, & UV damage further breaks down existing collagen, causing wrinkling, sagging & fine lines.

Cellular division and renewal decrease in the basal layer, increasing the turnover cycle from 28 days to up to 35 days. This decreases wound healing and epidermis strength while making skin dull due to dead cell accumulation.

Over the years, melanocytes decline; however, they become hyperactive in response to triggers, resulting in hyperpigmentation. Also, they function as UV damage protector, hence, their decline increases DNA damage.

Free radical damage increases while the decline in the antioxidant shield occurs, thus degrading DNA, proteins, lipids & triggering melanocytes.