.smi-preview#smi-preview-12901 { --smi-column-gap: 10px; --smi-row-gap: 20px; --smi-color: #ffffff; --smi-hover-color: #3e0099; ; ; --smi-border-width: 0px; ; --smi-border-radius: 0%; --smi-border-color: #3c434a; --smi-border-hover-color: #3c434a; --smi-padding-top: 15px; --smi-padding-right: 0px; --smi-padding-bottom: 0px; --smi-padding-left: 0px; --smi-font-size: 20px; --smi-horizontal-alignment: flex-end; --smi-hover-transition-time: 1s; ; }

UV+EB Technology

The Official Publication of RadTech North America

UV Curing

Q&A: Can you comment on surface cure and factors affecting it?

by

By R.W. Stowe, UV applications engineering consultant, Heraeus Noblelight America LLC It is generally accepted that short-wavelength UV has a major influence on surface cure, but the photochemical mechanisms are a combination of the effects of exposure, composition and optical properties. The most common symptom of a deficiency of surface cure is a tacky, sticky or greasy … [Read more...] about Q&A: Can you comment on surface cure and factors affecting it?

UV Q&A: Temperature and UV Curing

by

By R.W. Stowe, UV Applications Engineering Consultant, Heraeus Noblelight America LLC Question: How does temperature affect UV Curing? How is it controlled, and how is it measured? Answer: We have often said that temperature is one of the four key variables1 of UV curing. By this, we mean the temperature of the ink, coating, paint or adhesive. The temperature of the substrate … [Read more...] about UV Q&A: Temperature and UV Curing

Emerging UV Curing Applications in Additive Manufacturing

by

By Dianna Brodine, managing editor, UV+EB Technology Ken Tyler is the chief technology officer for Continuous Composites and inventor of the foundational technology. Originally a craftsman in the boat industry, Tyler first used a stereolithography (SLA) machine at a rapid prototyping center at Boise State University and later witnessed a fused deposition modeling (FDM) machine … [Read more...] about Emerging UV Curing Applications in Additive Manufacturing

Microfabrication of Riblets for Drag Reduction: A Novel UV Approach Utilizing Photolithographic Methods

by

By H. Bilinsky, CEO, MicroTau Pty Ltd. I. Introduction Although drag-reducing riblet microstructures have been researched for over two decades and reliably demonstrate up to 10 percent reduction in skin friction1 attempts to apply them to aircraft as a fuel consumption reduction measure have not yet been fully successful. An economically viable implementation has so far been … [Read more...] about Microfabrication of Riblets for Drag Reduction: A Novel UV Approach Utilizing Photolithographic Methods