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No matter what type of fluid is being heated or the fluid flow conditions, it is important to understand and consider the specific application conditions.
No matter what type of fluid is being heated or the fluid flow conditions, consider the specific application environment before specifying the heater watt density to ensure good results.
Radio frequency (RF) energy can heat a wet substrate throughout its entire thickness with zero lag-time for thermal conductivity from the exterior surface.
The X-well Technology with a Rosemount 3144P transmitter works with the company’s WirelessHart X-well Technology to extend nonintrusive temperature sensing technology for users in conventional wired I/O environments.
Giving careful consideration to heat transfer fluids provides optimal system performance. Gain insight into common problems with industrial thermal fluid heating and get takeaways you can put into action in your plant.
A manufacturer of thermal fluids made remembering its top tips for heat transfer system operation, maintenance and shutdown easier with a series of infographics.
A conductivity sensor has been developed for precise analysis and differentiation of media in the food and pharmaceutical industries and in water treatment technology.
Problems with overheating mobile phones could be a thing of the past thanks to a plastic being developed by Loughborough University scientists. The new plastic, unlike the ones currently used in mobile phone covers, dissipates heat created by the lithium batteries and reduces the likelihood of injury to the owners.
