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At Asana, we built our pads and liners to work for women, instead of just with them. That’s why all the company's menstrual products offer exceptional protection in a soft and non-irritating way, without the use of harsh ingredients like chlorine.
Each Asana pad is equipped with our patented Biowave Advantage Layer, an enhanced layer of nanotechnology that helps protect against odor and 99.9% of the bacteria that cause Escherichia Coli, Staphylococcus Aureus, Pseudomonas Aeruginosa, and Candida (the yeast that can overgrow and cause yeast infections).
With this cutting-edge antibacterial technology, Asana pads help prevent yeast infections and other related uncomfortable illnesses naturally.
The advanced design keeps leaks at bay, and its close fit helps you feel drier, fresher and freer all day long. Asana believes that women should support each other. We knew it was time to build a sanitary product for the market that is as strong as a woman. So, we researched, developed the technology and created it. Isn’t it time to upgrade your pad?
Six layers of protection packed into an ultra-thin 1mm / .04-inch pad. Breathable natural material – feels like you’re wearing nothing at all.
Asana overnight pads have reinforced side protection and leak blocker side panels. The liquid channel prevents overflowing, allowing you to have a confident night’s rest.
Three Liquid Retention Layers lock in fluid to keep you feeling dry and comfortable throughout your day.
The Biowave Advantage layer is specially designed with unique fibers and minerals that work to maintain the vagina’s pH levels. In addition, each pad is fashioned with a patented water-leading layer that works to efficiently absorb water and provide the wearer with maximum protection without skimping on design and comfort.
Asana menstrual products are also 95% biodegradable. Unlike traditional pads, Asana feminine napkins are completely free of chlorine, bleach, artificial fragrance, fluorescent, chemical fertilizer, latex, polyester, polyethylene, PET, propylene glycol (PEG), and formaldehyde.
