- What are HaMuNa® Care masks made of?
Hahnemühle has developed this mouth-nose cover from high purity filter paper. The paper is made from 100% sustainable and natural raw materials and contains no other compounds. We produce these papers with great expertise for the laboratory and life science market.
- How do HaMuNa® Care masks work?
The paper has an effectiveness similar to a virostatic. It prevents the spread of droplet secretion contaminated with viruses. Droplets are absorbed directly in front of the mouth and nose when breathing, speaking, sneezing or coughing, thus preventing corona viruses from spreading and avoiding Covid-19 infections. The paper is very absorbent, hence the HaMuNa® Care mask does not have to fit tightly when worn – breathing is easy, and glasses do not fog up.
- Are HaMuNa® Care masks comfortable to wear?
The material is breathable and allows easy breathing. The fit is also ideal for spectacle wearers and can be individually adjusted in size through a perforation on the wings.
- Are HaMuNa® Care masks certified?
The paper is skin-friendly and meets the strict standards for paper that comes in contact with food. A certificate from the Fresenius Institute confirms this in accordance with national, European and international regulations.
Our HaMuNa® Care masks are intended as a mouth-and-nose cover to protect employees, customers and visitors from infection through droplet infection during these difficult times. They are not medical products.
Our sales department is happy to answer all further questions about our HaMuNa® Care masks.
Hahnemühle offers various filter media for personal and home-made protection masks for covering the mouth and nose. The filters are made from high-purity cellulose or synthetic fibres to filter coarse particles from air. Depending on the density of the material, they reduce the permeability of coarse dust and liquid droplets in different degrees. They can be placed in between other open fabrics or used as an interchangeable insert in the pocket of a sewn mask. The filter media differ in thickness, elasticity and permeability to air.