Adam Vogelsang’s Post

Differential Scanning Calorimetry is the ideal method for determining the specific heat capacity of your sample. Watch our webinar💻 and discover 6 important #DSC methods to measure this important material property. #ThermalAnalysis🔥 https://okt.to/iAWs6g

Differential Scanning Calorimetry is the ideal method for determining the specific heat capacity of your sample. Watch our webinar💻 and discover 6 important #DSC methods to measure this important material property. #ThermalAnalysis🔥 https://okt.to/0SAnIQ

Did you know “ Equivalent Spherical Diameter” in ISO Cleanliness standard? While the ISO 4406 fluid cleanliness standard reports particle concentrations in the >4, >6 and >14 um size ranges, optical particle counters do not directly measure particle size. By way of example, a particle that is 1 micron thick, 5 microns wide and 20 microns long will register as a different size depending on the orientation of the particle to the light source when it passes through the particle counter. Instead, particles are reported based on their "equivalent spherical diameter" - the size of a perfect sphere that would generate the same signal in the instrument. This is important when reviewing particle count data since we often see large (>6 um and >14 um) particles even when very fine filtration in use. A particle count is a quantitative estimate of fluid cleanliness, not an exact count of every particle in the sample. You can also find some cutting-edge information about this test method in the link below: https://lnkd.in/gB7wGfVU #ISOcleanliness #lube #lubricants #tribology

For “Brittle Particle Cold Spray,” or BPCS for short, the particle size distribution (PSD) of the powder is the factor of greatest importance.  There are many other factors, of course, and they can differ for different materials. But if the particle size distribution is not within a tight set of bounds, then at least for me, I have never been able to get BPCS to work. I have posted and published the volumetric PSD that has worked for me, but I may not have emphasized enough that significant differences occur in reported particle size distributions based on the equipment and the methods used. While I am trying to take a cram course in understanding all the ins and out about particle size measurement, I thought that I would at least offer the following to those who may be having difficulty getting the correct particle size distributions for their brittle material powders of their choice.  The data I have shown has always been measured using a dry dispersion laser diffraction technique.  Vendor data that used a wet dispersion technique has also steered me astray This may be counterintuitive to those better schooled in the art of particle size measurement, but having wasted more than a few thousand dollars of my own money so far this year on relearning this lesson, I thought It might help others avoid another one of my many mistakes.

Did you know corrosion costs the global economy over $2.5 trillion annually? 🌍 It’s not just a lab concern—it’s pivotal for ensuring material longevity and safety. At Micom Laboratories, we’re at the forefront of answering critical questions to safeguard your materials: 🔸Popular Corrosion Tests: We rely on standards like ASTM B117 (salt spray), ASTM G85 (modified salt spray), and ASTM D5894 (cyclic corrosion) to simulate real-world conditions. 🔸Test Duration: The length of our tests varies to simulate different exposure scenarios, giving you reliable insights into your material’s durability. 🔸Corrosion vs. Cyclic Corrosion: Traditional tests are constant, but cyclic tests alternate conditions to better simulate the environmental impact. Understanding these distinctions is essential to making informed choices about material durability. If your projects require rigorous testing or customized solutions, we’re here to help. You can contact us here: https://lnkd.in/eKQvqtJz #CorrosionTesting #MaterialScience #MicomLaboratories #ASTMStandards #MaterialTesting

In this episode of MSC's Quick Tips, we hear from Ansell about their new AlphaTec 4000 CFR flame retardant suit, providing unmatched flame and chemical protection to keep you safe in hazardous conditions. To explore Ansell's AlphaTec 4000 CFR Chemical Protective suit, visit: https://lnkd.in/eTts4nYv

This is one of the most common questions customers have about laboratory corrosion #testing. What have you experienced with predicting the performance of your product using lab #corrosion studies?

Want to know how pipe flow analysis can level up your chemical processing game? Check out how it boosts efficiency and performance. Perfect for pros and newbies alike! Learn more: https://lnkd.in/gXtYbUF2 #PipeFlow #ChemicalProcessing #EfficiencyBoost Applied Flow Technology (AFT)

Using the device, you can determine when oil needs to be serviced due to degradation of the oil chemistry or contamination by other fluids such as water or the wrong oil. The FluidScan is compliant with ASTM D7889 “Standard Test Method for Field Determination of In-Service Fluid Properties Using IR Spectroscopy”.

For more than a decade Arzuffi has been suppling the AHC process for a better paintability of the substrates and to pass aggressive humidity chamber tests. Read more on our blog! #ArzuffiLovesInnovation