Why use nonwovens in filtration?
Nonwovens can be engineered very precisely to meet exact specifications and
stringent regulatory requirements for air filtration and liquid filtration.
They are ideal in filtration applications where strength of extremely high
temperatures is required but other advantages include, ease of strikethrough,
increased efficiency, reduced energy cost, and longer service life.
One of the fastest growing segments, nonwovens have evolved from simply
replacing other forms of media, such as paper, cloth, glass and carbon to
becoming the media of choice for filtration, including the wide adoption of
nanofiber layers and the use of sophisticated hybrid filter media.
Air filtration
Nonwoven filters are designed to remove ultrafine dust, aerosols, and viable organisms to meet highest requirements to the cleanliness of air in a wide range of applications, such as clean rooms, hospital operating theatres, microelectronics, optical and precision industries, and the pharmaceutical and food industries.
Automotive filtration
Nonwoven filters are designed to remove ultrafine dust, aerosols, and viable organisms to meet highest requirements to the cleanliness of air in a wide range of applications, such as clean rooms, hospital operating theatres, microelectronics, optical and precision industries, and the pharmaceutical and food industries.
Liquid filtration
Nonwoven filters are designed to remove ultrafine dust, aerosols, and viable organisms to meet highest requirements to the cleanliness of air in a wide range of applications, such as clean rooms, hospital operating theatres, microelectronics, optical and precision industries, and the pharmaceutical and food industries.