General
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The Fire raged for hours. It all began as a spark, a small, insignificant murmur of smoke with a whisper of danger. Soon after, the blazes rose high and an… -
Here’s How to Know If Exposure Is Happening In workplaces where polyurethane foams, coatings, adhesives, and elastomers are produced or used, two chemicals pose a real, documented respiratory risk: toluene…
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Chemical safety regulations and regulatory compliance requirements continue to evolve—and for safety managers, compliance officers, and industrial hygienists, keeping up can feel like chasing a moving target. Between OSHA requirements…
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When disaster strikes, it rarely comes alone. Beyond the visible damage—flooded streets, toppled buildings, raging fires—there are often unseen dangers that pose just as much risk: chemical threats. These hazards… -
Summer weather brings more than sweat and sunburns—it increases the risk of chemical exposure for outdoor workers. As temperatures climb, so do the hazards on job sites, especially when it…
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Complete your EHS strategy with SafeAir badges, designed to make chemical hazard detection in foam production effortless and reliable. Explore more about TDI and MDI monitoring in foam production below.…
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TDI and MDI – or Toluene Diisocyanate and Methylene Diphenyl Diisocyanate – are two of the most common chemicals associated with the polyurethane industry. Diisocyanate monitoring is top of mind…
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Breaking down formaldehyde hazard detection. We’ve all been there, it’s that time again for calibration and re-training for the company’s chemical detection equipment. A few hours, or a couple of…
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Ammonia In our last segment of the Ammonia blog series, we discussed what ammonia is, how it is used and where. We shared characteristics that showcase the good and bad…
