R. Nagarajan, H. Cui, W. Xia, D. Hill, C. Miller, S. Jonsson And C.E. Hoyle, 1999 Conference
The present studies mark a breakthrough in photoinitiator development, in the sense that, under appropriate conditions, an abstraction type initiator shows a higher curing efficiency than a cleavage type photoinitiator.
U. Meisenburg, K.H. Joost, R. Schwalm And E. Beck, BASF SE, 1999 Conference
Although the favourable technological properties and the high profitability of UV-curable paint systems are well known in various industrial applications, such as wood, foil and plastic parts coating, UV technology has not yet entered the automotive OEM coating
A new generation of electron beam accelerators that operates in the 80 kV — 110 kV range has been developed. This will enable users to obtain all of the benefits of electron beam curing, while eliminating several drawbacks. Electrons accelerated at these low energies are best
C. Vu, A. Eranian, C. Faurent, P. Noireaux And J. Deveau, 1999 Conference
The objective of this work is the evaluation of the potential use of acrylic colloidal silica in the EB or UV curing of transparent coatings for OEM (Original Equipment Manufacturer). Formulations based
A. Gugg-Helminger, W. Dahn, T.Q. Khanh, 1999 Conference
The ultraviolet radiation between approximately 180 nm and 400 nm and the visible light up to 480 nm is ly used today in many industrial processes for curing lacquers, inks and different coating systems.