Knowledge base

INTRODUCTIONThe printing industry in the UK has been utilising UV,Radiation to cure inks ahd varnishes for the past 20 years.The technique is employed extensivey and major areas ofactivity include Food Packaging, Labels and Commercial print. Many hundreds of printing  houses use UV arid individual pressinstallations probably run into thousands

IntroductionFurniture surfaces are usually treated with a protectinglacquer. In many parts of' the world 'peopledesire thatthe wooden surfaces keep their typical wooden structureand wooden appearance after lacquerings. This canbe obtained by an open—pore coating whereas a closed-porecoating depresses the wooden character and gives an ap—pearanceofa

        The light sources generally used for the polymerization of UV curable inks and paints in industrial processes are very different with respect to the method used to pump energy into the radiating medium, which in all cases is represented bya gas at very high temperature.    Pulsed Xenon

1 IntroductionCuring of pigmented media (typically in the presence of titahiuth dioxide or coloured pigments) is mostly restricted to thin films and remains difficult, due to the high light absorption by the pigment, that is detrimental to the own absorption Of light by the photoinitiator. Much research work has been focused on this problem and bas

1. Introduction2. Company profile Svedex3. History coating process 1973 - 20094. Strategic importance EB Curing5. New EB Lacquering line6. Future

Packaging printing with energy curable inks.

Currently, the way the curing of coatings by UV radiation is considered one of the most promising. The advantages of this method are: relatively high performance, low power consumption, small size equipment. However, curing by UV radiation is applicable to a limited number of paints. It is used mainly for obtaining coatings of materi

The advantages of UV LED lamps.