Engineers refer to it as "nonwoven textile fabric," while it is commonly known as nonwovens. Positioned between textiles and paper, nonwovens encompass elements of felt, film, and leather in terms of their material composition. They leverage the advantages of natural materials along with the possibilities offered by modern fiber chemistry, resulting in unparalleled versatility and a constant stream of new variations. Nonwovens can be customized and manufactured to fulfill a wide range of demands, whether it be fire resistance, malleability, light-fastness, conductivity, thickness, or thinness. They can possess properties such as high-strength, extreme fineness, abrasion resistance, breathability, water repellency, and weather resistance. With the ability to cater to over 40 physical, chemical, and technically relevant profile requirements, it is no surprise that the applications of nonwovens are virtually limitless.