We are very excited to announce our newest product, the 527 Hydrogen Peroxide badge! The 527 will be replacing our previous hydrogen peroxide badge, the 587. This badge collects hydrogen peroxide on a quartz fiber filter coated with titanium oxysulfate (TiOSO4) and is analyzed by UV-Vis Spectrophotometry via a modified OSHA Method 1019.
After more than 25 years at its present location, Assay Technology’s industrial hygiene lab at 250 DeBartolo Place, Suite 2525, Boardman, OH 44512 will be moving to a new location in October! The new address will be: Assay Technology 8540 Crossroads Dr Youngstown, OH 44514 This move is planned for the week of October 13, Read More …
Welcome to the second and final part of our in-depth blog series: How Many Samples to Collect? Sample Till You’re Sure. Gus Manning, Chief Technical Officer & company founder, has made it his life’s work to bring accurate, cost-effective, and easy-to-use samplers to the workplace and make work environments safer for workers. The OSHA enforcement Read More …
Do you send badges to our lab for analysis? If so, you’ll want to read this post for an important update on where to ship your samples.
by C.R. (Gus) Manning, PhD, CIH, FAIHA We regularly receive questions from clients who are interested in the level of uncertainty in their badge results. While the short answer is simply that the results meet the OSHA requirements, there are actually several components which go into determining the sampling and analytical uncertainty for any monitoring Read More …
As the global leader in personal monitoring badge technology, Assay Technology often gives technical presentations at the American Industrial Hygiene Association’s annual conference. For AIHA Connect 2024, our Chief Technical Officer, Gus Manning, and our Technical Director, Maria Peralta, each spoke about common industry misconceptions.
by Dr. Charles Manning, PhD, CIH In a recent “Letter to Health Care Providers”, the US Food and Drug Administration (FDA) requested medical device suppliers study the potential emission of toxic chemicals such as formaldehyde and cyclohexanone or other chemicals from neonatal incubators or other devices in close contact with neonatal infants. I would like Read More …