Uv curing inks datasheet wavelength

The inks provide excellent inter-coat adhesion between paper – ink – melamine – resin, without any tendency to bleed thanks to UV curing. Cleaner and ink meet the IKEA standards listed in IOS-MAT-0010 and IOS-MAT-0066. The basic colors of the digital printer can be set (pinned) with a UV-LED (395 nm) and then fully cured by exposure to ...

UV Curing Array. Our high power UV array HU01C series generate high irradiance required to cure inks, resins, and other materials. For example, HU01C array made of 175 high power 395 nm dies makes 6.6 W / cm2 peak irradiance. HU01C series can be made in various UV wavelengths including 365, 385, 395, and 405 nm.

In the near-visible range of the spec- trum, we find the range of wavelengths identified as UV. The UV range occurs at approximately 10-400 nm. The photoini- ators used in UV inks typically react to specific wavelengths within the 200- to 400-nm range. In the near-visible range of the spec- trum, we find the range of wavelengths identified as UV. The UV range occurs at approximately 10-400 nm. The photoini- ators used in UV inks typically react to specific wavelengths within the 200- to 400-nm range.

cure with UV-LED with peak wavelength emission of 385-405 nanometers and traditional UV mercury vapor curing system. The ink has been formulated to meet the processing requirements of the container printing industry, such as adhesion to commonly used plastics, opacity, resistance to commonly used chemicals, and speed of cure. Primary Substrates If you are looking for experience and expertise in UV curing system manufacturers, Systematic Automation has decades of experience and provides proven, effective solutions. We manufacture UV curing systems for flat or cylindrical products, instantly curing inks or coatings on a variety of substrates including three-dimensional products. Ultraviolet (UV) rays are a type of electromagnetic rays used to initiate the photochemical process, or UV curing, in inks, varnishes and coatings. UV inks are made up of oligomers, monomers, pigments, additives and photoinitiators. The polymerisation reaction can be via a radical or cationic mechanism. curing in comparison to traditional UV curing. Some of the drawbacks with traditional UV arc lamps are that the lamps contain a small amount of mercury. If they are broken, special care is needed to ensure that the mercury is contained and safely disposed of. Secondly, because UV lamps emit wavelengths in the UV region below 280 nm, ozone is ...