Synthetic Chemistry’s Post

Melting point determination is an ancient and commonly used analytical method. The determination of the melting point or melting range indicates the temperature at constant pressure at which the substance changes from a solid to a liquid aggregate state. When the aggregate status changes, many other characteristics also change, such as density, viscosity, or optical characteristics of the substances. #akruess #kruess #measuringqualitysince1796 #meltingpoint #meltingpointmeter #productofthemonth

Who is monitoring the most important connection between you and your customers? Someone who periodically checks the magnets? Who you hope is taking the responsibility seriously. Or impartial sensors never blinking, never bored, never tired, always watching. Always ready to alert you of risk at your threshold of acceptable collection and energy utilization. #powderandbulksolids #food #qualitycontrol

It is convenient to use dimensionless coordinates when comparing laminar flames in premixed mixtures. For this purpose it is necessary to divide the coordinate X by the flame thickness L. Flame thickness is defined as the temperature difference between the burned and fresh mixture and the maximum temperature gradient ratio. The origin corresponds to the temperature gradient maximum. The figure shows the components mole fractions distribution for stoichiometric hydrogen-air mixture flames at different temperatures and pressures (solid and dashed lines). It can be seen that the curves are very similar, although the flame thicknesses differ by a factor of 5. #cfd #thermodynamics #chemistry #combustion #cantera #chemkin #hint

Photochemical Reactors – Part 2 Our customers often discuss their photochemical reaction challenges with us and some of the common points of discussion center around the following themes: 1. Light Source 2. Dyes 3. Reactor Material 4. Temperature Control 5. Mixing Efficiency 6. Scale Read the detailed blog at - https://lnkd.in/dRcq7QyT #photoreactors #photochemicalreactions #chemicalengineering #reactionengineering #scaleup #processoptimization #innovationinchemistry #chemicalprocesses #chemicalindustry #flowchemistry #advancedreactordesign #chemicalinnovation #industrialchemistry #photochemistry #chemicalproduction #AmarEquipment

Bunting Blog // The Importance of Cleaning Magnetic Separators Find the full blog here 👉 https://lnkd.in/eu2PSN7M In this blog, Bunting explores why failure to regularly remove the captured ferrous metal reduces the performance of the magnetic separator and can restrict the flow of material passing through or over. #MagneticEquipment #MagneticSeperators #UKmfg #PlasticsIndustry Bunting-Redditch Bunting-Berkhamsted, Tom Higginbottom, Gordon K.

Did you know fireworks are chemical reactions playing out in the night sky? Each color corresponds to a specific chemical compound burning and emitting light at different wavelengths. Strontium and lithium compounds produce deep reds; copper produces blues; titanium and magnesium burn silver or white; calcium creates an orange color; sodium produces yellow; and barium burns green. #happyfourthofjuly #fireworks #chemicalreactions #celebratewithchemistry

The Definition from Oxford Languages says, "Status- the position of affairs at a particular time,” Do you want your QC status to be in the green where you have full power to recover even micro ferrous metal particles? Or in the red where your magnet is nearly saturated from collecting so much metal it will now let it pass? What time is it? What time is it? What time was it when the magnet was so full of metal it couldn’t hold anymore. Want to document how much metal, date, time and at what interval the metal either kept coming or stopped showing up at the magnet. Want to set the threashold your magnets clean and document themselves? This is all real time and has an app that gives status alerts and allows you to monitor the magnet remotely. Let the team #Materialcontrolsolutionsllc Mark Veley Nathan Johnsen or me Chris Veley introduce you to the #IntelliMag by #MPI #Powderandbulk #Food #Spices #Starch #Dextrose #Flour https://lnkd.in/gG7rwxkx

With so many different "types" of thermocouples in the world, how do we know the difference between them?! What makes a "Type C" thermocouple different from a "Type J" thermocouple?! Aside from differences in price, of course, the various thermocouple types are simply made from different combinations of dissimilar metals. Not only that, but you'll notice that a Type D and Type C thermocouple are actually constructed with the same two metals... but they are in different concentrations. So... what makes the various types of thermocouples different?! It all comes down to the type and mixture of dissimilar metals that make up the sensing element. The chart below goes into much more detail, and also explains the benefits and drawbacks of each thermocouple type. Pretty cool, huh?! 😎 #thermocouples #temperature #Nanmac

fractionating column

The first part of this two-part article considers the impacts of a material’s particle size and size distribution, particle shape, and explosivity or toxicity. #conveyors #bulksolids #Processing #processingmagazine