Used as membrane support layers for microfiltration (MF), ultrafiltration (UF), and reverse osmosis (RO) systems in water treatment. Also applied as base materials for mask filters in gas filtration.

An advanced material expected to expand into various industries. Currently used in face masks for their excellent filtration performance.

A wet-laid nonwoven made from 100% polyvinyl alcohol (PVA), where poorly soluble vinylon fibers are firmly bonded using a soluble binder.
Used as a separator in batteries, including automotive and industrial battery systems.

Used as base materials for conductive tapes in electromagnetic shielding and as thermal insulation materials in electronic devices.
Also utilized as wire insulators and diaphragm materials in speaker components.

Oil-resistant nonwoven fabrics used for direct-contact wrapping of baked goods such as cakes and pastries.
Their heat-sealable properties also make them suitable for pouch and bag packaging applications.

Compatible with automatic paper feeding systems, these nonwoven substrates offer excellent print quality for both offset and laser printing.
They are used in a variety of applications including calendars, posters, and race bibs.

Safe and reliable for use in medical applications.
Used in dialyzer filters and as carrier substrates for transdermal drug delivery systems.
FDA-compliant.

Our nonwoven fabrics provide high tensile strength along with resistance to folding, abrasion, chemicals, oil, corrosion, and heat.
These performance characteristics make them indispensable in civil engineering and construction applications.

Our nonwovens are used as friction materials in clutch plates that support critical transmission systems, and as functional tapes that perform reliably under extreme automotive conditions.

Our next-generation thin-film insulation offers air-like thermal conductivity and is used as super insulation for aerospace systems requiring radiative heat shielding in vacuum environments.