• Skip to main content
  • Skip to secondary menu
  • Advertise
  • Contact
  • Subscribe
  • Events
UV+EB Technology

UV+EB Technology

The Official Publication of RadTech North America

  • Home
  • Article Archive
    • Submission Guidelines
    • Article Archive
    • ENews Archive
    • Digital Archive
  • Advertising
    • Advertising Options
    • Media Kit
    • Editorial Calendar
    • Electronic Files
  • Buyers Guide
    • Buyers Guide
    • 2025 Online Form
  • Subscribe
  • Video Vault
  • RadTech
  • Webinars

Plastics

Emerging Applications of 1,2-dithiolanes in Diverse (Photo)polymerizations

12/04/2025 by becky

Benefits of lipoic acid as a photopolymerizable monomer, modifications to the carboxylic acid for the creation of high-value monomers. Dithiolane homopolymerization results in recyclable polydisulfides while copolymerization with alkenes (e.g., acrylates) yields materials capable of degradation to an oligomeric state.

Review by Benjamin R. Nelson and Bruce E. Kirkpatrick, University of Colorado Boulder, Chemical and Biological Engineering Editor’s Note: This new section is designed to feature concise reflections from graduate students on recent academic reports regarding the development of technologies in the UV/EB curing space. Each commentary highlights key findings on a specific … [Read more...] about Emerging Applications of 1,2-dithiolanes in Diverse (Photo)polymerizations

Developing Hydrophobic UV-Curable Clearcoats for Plastic Substrates Using Organic-Inorganic Hybrid Technology, Part 2

05/29/2025 by becky

Figure 5. FT-IR spectra for three multi-functional silane precursors

By Tahereh Hayeri (Neda), Coating Research Institute, Eastern Michigan University Editor’s Note: Coatings for plastic substrates are subject to challenges that can result in reduced gloss appearance and weak adhesion, among other issues. Researchers at Eastern Michigan University developed UV-curable Organic-Inorganic Hybrid (OIH) coatings that are said to offer superior … [Read more...] about Developing Hydrophobic UV-Curable Clearcoats for Plastic Substrates Using Organic-Inorganic Hybrid Technology, Part 2

Developing Hydrophobic UV-Curable Clearcoats for Plastic Substrates Using Organic-Inorganic Hybrid Technology, Part 1

02/26/2025 by becky

Figure 3. The FT-IR spectrum recorded at the initiation and end of the reaction

By Tahereh Hayeri (Neda), Coating Research Institute, Eastern Michigan University Editor’s Note: Coatings for plastic substrates are subject to challenges that can result in reduced gloss appearance and weak adhesion, among other issues. Researchers at Eastern Michigan University developed UV-curable Organic-Inorganic Hybrid (OIH) coatings that are said to offer superior … [Read more...] about Developing Hydrophobic UV-Curable Clearcoats for Plastic Substrates Using Organic-Inorganic Hybrid Technology, Part 1

Enabling Energy-Curable Adhesion Through Polymer Design

02/28/2022 by becky

By Namgoo Kang, Ph.D.; Ken Myers; Mark Adams; Andrew Sandt and William C. Miles, Ph.D., Penn Color, Inc. The adhesion of energy-curable coatings is a subject of great interest, particularly for substrates that are low energy (i.e. plastics) or in the joining of substrates with different surface energies.1 Advantages of energy-curable coatings are that they often are very … [Read more...] about Enabling Energy-Curable Adhesion Through Polymer Design

Sustainability and the Plastics Industry

02/19/2021 by becky

By Liz Stevens and Dianna Brodine, UV+EB Technology In early February, Michael Regan, President Biden’s nominee for EPA administrator, spoke directly to plastics pollution during his Senate confirmation hearing. In a comment acknowledging the need to address single-use plastics, he said plastics are a concern, “especially the impacts that we’ve seen with our marine life and … [Read more...] about Sustainability and the Plastics Industry

Next Page »

UV+EB Technology

The Official Publication of RadTech International North America
© 2026 All Rights Reserved
Peterson Media Group | publish@petersonmediagroup.com
785.271.5801
2150 SW Westport Dr., Topeka, KS 66614