Articles Tagged with ''Inks''

LUXAN effect pigments belong to the group of pearlescent effect pigments that are composed of low refractive transparent substrates coated with high refractive metal oxides, e.g., titanium dioxide or iron oxide.

Newer ultrafine nepheline syenite sizes have refractive index and physical properties that are particularly well suited for use as a performance additive in radiation-curable coatings, inks and adhesives.

This article highlights a new cobalt-free catalyst that helps to achieve the necessary cure time as well as improve properties associated with water-based, high solids alkyds and alkyd-modified resins.

This article explores the use of NEAT additives for a UV-curable waterborne resin, which yields a photostable coating. 

Employing a novel chemistry, CNT inks can now be printed using standard commercial printing equipment. 

A series of new acrylate monomers and oligomers with high renewable carbon content and differentiated physical properties has been developed.