Optical and polymerization characteristics of the materials for 3D-printing depending on the nature of their composite component

Abstract

The influence of the nature and amount of the polymerization components of the composition to photocuring processes urethanemethacrylate oligomers without additives and with the addition of siliconeorganic modifiers and tertiary amines methacrylates under irradiation LED lights of different wavelengths in the presence of photoinitiators was investigated. The effect of the nature and amount of photoinitiators on the optical and polymerization properties of materials and coatings was studied using a PLASMON-71 spectrometer. The possibility of regulating of the photochemical and operational characteristics of the constructed nanocomposite materials in accordance with their appointment in technological processes of stereolithographic recording of 3D information during printing volumetric images was shown.