Digital printing Market by Ink (UV-cured, Aqueous, Solvent, Latex, and Dye Sublimation), Printheads (Inkjet and Laser), Substrate (Plastic Film or Foil, Release Liner, Glass, Textile, Paper, Ceramic), and Geography - Global Forecast to 2026 , published by MarketsandMarkets™, the Digital Printing Market size is expected to grow from USD 24.8 billion in 2021 to USD 34.3 billion by 2026, at a CAGR of 6.7%. Growing demand for sustainable printing and developments in packaging and textile industries are the key factors driving the growth of the digital printing market.
Market for UV-cured ink to grow at a higher CAGR during the forecast period
UV-cured ink primarily consists of acrylic monomers with a photoinitiator. After printing, the ink is exposed to a strong ultraviolet (UV) light, traditionally a shuttered mercury arc lamp, causing a chemical reaction that results in cross-linking of ink components to a solid. This type of ink gets set and dries quickly on exposure to UV
What comes to mind when there is a toxic chemical release? The most obvious responses
involve evacuation or shelter in place of the people in the path of the plume. To predict the path, area, and severity of a plume impact, you need a dispersion model. The basic information required to initiate a dispersion model is weather data, identification of the chemical, and the rate of the chemical release. However, the Achille heel of this information is the release rate specification: How big is the hole?
SAFER Systems has developed and patented a unique scheme for estimating the release rate. The algorithm to implement the scheme is called Advanced Back Calculation® (ABC). The idea basically involves “reverse engineering” a dispersion model. While we usually input the release rate to the dispersion model and obtain the concentration field for the plume-impacted area, in ABC we utilize the concentration field data to estimate the releas