A high-surface-area hydrophilic nonwoven improves paint adhesion on structured surfaces while enabling uniform coating without pretreatment.
A coated aramid-PET separator keeps thin lithium-ion cells dimensionally stable while limiting pore size for short-circuit protection.
Localized heat removes surface fibers before coating, creating seamless liquid and grease barriers with less coating material.
A balanced BSKP, BHKP, and BCTMP furnish enables sub-50 g/m² SCK paper while preserving transparency, density, and strength.
Localized heat removes protruding fibers before coating, reducing liquid channels and improving water and grease resistance.
A multilayered sheet combines a hydrophilic release paper with an inorganic refractory layer to form a stable composite.
A cellulose sheet combines ultrafine fibers with cationic resin to enhance transparency and water resistance.