See how a dynamically adjustable outlet gap in the application nozzle enables wide-range coatin
See how covalent bonding of organic polycarboxylic acid to cellulosic fibers maintains antibact
See how asymmetric silica impregnation creates hydrophobic paper surfaces with minimal material
See how a polymer-binding agent coating on the inner surface maintains structural stability and
See how metal alginate hydrogel coating protects yarn during twisting and dewatering, preventin
See how printed release coatings replace embossing drums in casting paper production, enabling
Combining hydroperoxide and sulfur chain transfer agents yields polymer latex with higher tensile strength, elongation, and wet binding.
Sequencing hydroperoxide and sulfur chain transfer agents boosts latex elongation and tensile strength for paper coating and carpet backing.
A PVP-coated aramid pulp paper keeps thin battery separators strong while preserving porosity, permeability, and flame resistance.
A two-step UV and thermal curing coating keeps flexibility during lamination or embossing, preventing cracks, delamination, and surface defects.
Heated crowned rollers in a curtain starch coating press gap improve web penetration and uniformity while lowering energy use.
Adjustable nozzle gap profiling matches starch coating to web shrinkage across the width, improving uniformity and cutting edge over-application.
Carbon-black impregnation and layered reflectivity contrast create a document security feature that household printers cannot faithfully copy.