💖 Sustainable ultraviolet and electronbeam technology in coil

Electron Beam Laminating Adhesive Study Radtech

First life cycle analysis of UV

Laminating Adhesives For Packaging

Free printer's webguide for fast growing UV

Sustainable ultraviolet and electron beam technology in coil

LOW ENERGY ELECTRON BEAM PROCESSING IN EUROPE AT THE END OF

Electron BeamCuring Coatings for Commercial Printers

RadTech Launches Online UV+EB Resource Guide for Printers

Electron beam irradiation treatment of textiles materials a

Sustainable ultraviolet and electronbeam technology in coil

Electron Beam EB Processing for Industrial Inkjet Printing

UV+EB Resource Guide for Printers

RADIATION PROCESSING TECHNIQUES ELECTRON CURING OF COATINGS


The Electron Beam technology and Ultra Violet (EB UV) project produced in February 2024 the very first pre-painted steel coil using Electron Beam technology. This innovative project aims to contribute to the EU Green Deal goals by reducing the energy and carbon intensity of the process, by replacing the gas-fired paint film curing ovens and. The aim of the Electron Beam and Ultra Violet (EB UV) project is to deploy a first-of-a-kind full-scale process for curing paint on steel substrates (to avoid presence of moisture) without the use of natural gas. The innovative project will have multiple environmental benefits: it will reduce the energy and carbon intensity of the process by. Beckers has conducted the first Life Cycle Assessments (LCAs) of three existing coil coating technologies to quantify the sustainability benefits of ultraviolet/electron beam (UV/EB) curing – including significant CO2e savings. Sustainable ultraviolet and electron-beam technology in coil coatings pioneered together with customers. Beckers, the global market leader in coil coatings, has developed the first commercial paint formulations for dual ultraviolet and electron-beam curing in the coil coating market. 20 mai 2024 · Electron beam (EB) technology is a multifaceted tool that is well suited for aiding the achievement of sustainability goals. 7-12 For instance, EB crosslinking can improve mechanical properties, allowing for reduced plastic consumption by down-gauging film. It also can be used to increase compatibility between different polymers, as. 30 juin 2016 · With ebeam curing, no photoinitiators are required. In lieu of photoinitiators, ebeam electrons produce sufficient energy to instantaneously break chemical bonds and enable photopolymer curing. Ebeam is already well known as an option for curing varnishes, adhesives and web offset inline printing. 23 mai 2016 · This article compares UV to low energy electron beam (ebeam) curing for inkjet inked food packaging. UV curing is characterized by light wavelength exposure (energy per unit area measured in Joules/cm2) delivered to the surface of the substrate via UV arc lamp. Ebeam curing is characterized by dose (energy per unit mass measured in. Introduction According to The Future of UV Inkjet Printing to 2018, a market report recently published by a PIRA, the global market for ultraviolet (UV) inkjet printing will grow by more than 10% annually and have an estimated value of $15.9 billion by 2018. The report also points out that flexible packaging and labels applications are. 11 août 2024 · This chapter provides an overview and describes the ultra-low energy electron beam (ULEB) process's features that have been attracting attention in recent years and ULEB's use in inkjet printing by comparison with the conventional EB process. The specifications and features of Hamamatsu Photonics' EB-ENGINE, a newly developed. There are three types of electron beam curing equipment [17]: low-energy electron beam curing equipment, medium-energy electron beam curing equipment and high-energy electron beam curing equipment. Generally, low-energy electron beam curing equipment is used for ink [18]. Electron energies range from 70 keV to 300 keV. H. YEARS OF GROWTH. The first low energy electron beam installation for the curing of coatings on web materials was sold in the second part of the 1970's in Germany. By 1980 several R&D and production lines were operational in Germany for the curing of coatings on decor foil and decor paper, packaging. 27. Electron beam (EB) curing has been used in traditional printing since the 1980s but has not yet been adopted significantly in inkjet print processes. This chapter reviews EB-curing mechanisms and chemistry appropriate to use in inkjet ink formulations. Issues of migration and adhesion are also reviewed. The process essentially involves the application of a thin coating of a viscous liquid mixture onto a substrate, followed by passage under an elec tron beam to solidify ("cure") the coating in a matter of seconds. * Also a part-time Visiting Fellow at the Batelle Seattle Research Center, Seattle, Wash. 2 avr. 2024 · Electron Beam cure coatings can be used to cure acrylate functional coatings. As the energy used is much higher (150 – 300 keV) than that in UV cure, a photoinitiator is not necessary. Other advantages of EB cure over UV is that pigments do not adversely effect the cure. 1 oct. 1993 · The most rational method for decreasing the curing time for varnish coatings is through UV irradiation. Many factors however have impact on the process of drying (curing) varnishes. This requires. The radiation cure technique, discussed in this paper, has substantial merit for reasons such as rapidity of curing speed, lower cost of material and operation, and applicability to substrates which are sensitive to heat. 1 janv. 2024 · The initial experiments conducted in the late 1960's at Radiation Dynamics, Inc. (now IBA Industrial, Inc.) showed that by removing the pigment from a radiation curable coating formulation,.