Micromeritics Instrument Corporation

Don’t miss out on our limited-time?promotion on our most popular instruments! Now is the perfect opportunity to elevate your lab with cutting-edge technology. - Discounts increase with each instrument purchased - Get the Fourth Instrument FREE! ???Promotion Period: September 10, 2024 – December 18, 2024 Don’t miss this chance to enhance your lab’s capabilities. Start Upgrading Now!?Contact us today or visit our website to explore the full range of instruments and take advantage of these unbeatable offers.?https://lnkd.in/eJS38eST #technology #innovation #research #greentech?#electricvehicles #chemicalindustry?#batteries #oilandgas #testing #cleanenergy #pharmaceuticalindustry #instrumentation

We’re headed to #FormNext in Germany! Join our experts in stand A135!

We are excited to share Malvern Panalytical's exclusive year-end offer on two flagship particle analysis instruments: the Mastersizer 3000+ laser diffraction system and the Zetasizer Advance light scattering system! These technologies complement and work alongside our surface area, porosity, and powder flow characterization systems to provide the insights you need to accelerate development and enhance product quality. ? Now’s your chance to Upgrade Smarter, Save Bigger with UP TO 30% OFF these industry-leading instruments. Don’t miss out on this limited-time opportunity to elevate your lab’s capabilities! ? ?? Offer valid until December 31, 2024 ? Act now to make the most of this special deal! Year End Promotion: https://lnkd.in/eVD4UqKM ? #MalvernPanalytical #Micromeritics #ParticleCharacterization #Mastersizer #Zetasizer #Innovation

Join our latest webinar investigating the reusability of platinum-alumina catalyst reference materials and the impact of oxygen on metal dispersion measurements! Application Scientist Phong Vuong explores two case studies comparing static and dynamic chemisorption measurements using the 3Flex and AutoChem. Date: November 20, 2024 -?9AM EST: https://lnkd.in/eGWxBKsr - 12PM EST: https://lnkd.in/e2z7rGNg Don’t miss out on this opportunity to #learn about these experimental techniques! #Research #Technology #DataAnalysis

Micromeritics is excited to announce our latest #innovation in capillary flow porometry! Introducing the new AccuPore - the easiest, most accurate, most versatile instrument for measurement of through-porosity. Key Features: -?????????Better measurements with SmartFlow technology -?????????Easy to operate with the intuitive Breeze Interface -?????????Ultimate sample size flexibility Designed for applications in #battery separators, electrolysis & fuel cell membranes, filtration, non-wovens, metals and ceramics, the AccuPore enables users to reduce costs through optimized smart gas selection while maintaining efficiency and accuracy. Ready to learn more? Visit our website to explore the full product details: https://lnkd.in/eRUrP8c2 #Technology #DataAnalysis #Research

We’re headed to #FILTECH in Germany next week. Join our experts in booth D33 to see what’s new in membrane and filtration characterization! Explore our latest #innovations and experience our cutting-edge new #technology firsthand!

Have you ever wondered whether your prep process is affecting your measurement results? In our latest training video, Applications Scientist Thao Gastaldo explores the critical importance of sample preparation for achieving reliable and reproducible physisorption results.? Join us as we walk through the essential steps for preparing samples and how to initiate an analysis. Whether you're a seasoned researcher or new to the field, this session is packed with valuable insights to enhance your experimental outcomes. Check it out here! https://lnkd.in/eqJcWPWs? #Research #Training #DataAnalysis #Technology #Learning #Innovation

There is a new approach to a common yet significant phenomenon in the field of Powder Cohesion! In this article, our research and development team discuss ways in which the FT4 Powder Rheometer could revolutionize your characterization of powder behavior by measuring as directly and sensitively as possible the likelihood of encountering certain handling and manufacturing problems, and assigning a number to clumping and agglomerating tendency. Dive into the details to discover how this advancement could impact your research and open new avenues for exploration. Check out the full article here: https://lnkd.in/etUnKRVQ #Innovation #Research #DataAnalysis #Technology

We’re excited to announce the release of three new ASTM Standard Methods: D8328 (Dynamic testing), D8327 (Permeability measurement), and the renewed D7891 (Shear methods), designed to enhance the measurement of powder flow behavior using the FT4 Powder Rheometer. These standards provide: - Best practices and considerations for powder flow testing - Guidelines for streamlining the interpretation of results - A deep dive into what makes the FT4 Powder Rheometer unique Developed by an impartial network of industry experts, these standards ensure consistency and reliability in powder testing, fostering greater confidence in material performance across various sectors. For more information about this: https://lnkd.in/e2TETZFD #Innovation #Technology #Research #DataAnalysis

Check out this custom pilot plant that was developed and produced by Micromeritics for Slow Pyrolysis at the Instituto Tecnológico de la Energía (ITE)! This facility is empowering #innovation to advance the circular economy by converting waste into activated carbon, a key material for sustainable #technology. Through this process, our pilot plant is contributing to the #research and development of #cleanenergy solutions that align with the planet’s capacity to absorb emissions. One standout application is the use of activated carbon derived from biomass in the production of battery electrodes, marking a significant leap for both environmental #sustainability and economic circularity. We’re proud to be part of the global push toward #greentech and a more sustainable future! Check it out here: Article:?https://lnkd.in/ewEfPQtX Video:?https://lnkd.in/gVTkSaKr