Graphic Arts Technologies

Click on one of the below categories to get a list of products based on that particular chemistry type. The search will return a list of basic product descriptions which will give you more insight as to the specific technology type of a given product. If you see a product on the list you're interested in, just click on its name to get a more detailed description.

Technologies:

Acrylics
Emulsion polymers are made by the same free radical reaction as solvent borne acrylics. However, in emulsion polymerization, acrylic, methacrylic or vinyl monomers are emulsified in a water-continuous phase during free radical polymerization. Emulsion polymers are also known as latex. There are two types of latex emulsions commonly found in the ink industry; Surfactant-based systems and Fortified or support resin systems.
Epoxy Acrylates
Acrylated Epoxy resins are cured using ultra-violet light or electron beam. They are used on a large scale in printing inks and overprint coatings for graphic arts and offer the advantages of fast cure, excellent adhesion, chemical resistance, high gloss, and good strength and toughness.
Epoxy Esters
Epoxy ester resins are based on epoxy resins which have been esterified with a fatty acid. Generally, epoxy esters dry or cure by reaction with oxygen, similar to alkyd resins.
Epoxy Resins
Reichhold’s epoxy-based materials are specifically intended for use in toner applications. These epoxies are particularly effective when combined with high-molecular-weight or crosslinked polyesters for rheology modification, viscosity reduction and improvement of low temperature fixing of solid polyester toner.
Polyesters
Reichhold manufactures a variety of polyesters for toner applications. These polyesters include the common bisphenol-A polyesters used in toner applications as well as bisphenol-A-free polyesters.
Urethanes
Urethanes have shown versatility in all areas of graphic arts applications. Reichhold’s UROTUF® high performance products can enhance a variety of systems. We offer waterborne oil modified urethanes, low molecular weight aromatic urethanes, urethane acrylates and uralkyds.
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