Being able to efficiently add or remove heat is the primary function of a thermal fluid. The heat transfer coefficient is the calculated amount of heat that passes between the thermal fluid to or from any given surface it comes in contact with by way of convection – with the driving force behind the transfer of heat being the temperature differential between the two. This calculator will help estimate your heat transfer coefficient, pressure drop and Reynolds number for a basic pipe or tube model.
Learning Center
What’s the Difference Between a Flush and a System Cleaner?
We’re often asked for a flushing fluid when what’s really ... Read more
Preparation and Startup of New Systems
This document is offered as a general guideline to starting ... Read more
Duratherm Recommended Sampling Procedures and Intervals
Duratherm fluids are engineered to have a long service life ... Read more
Fluid Maintenance: Large Systems
Routine fluid analysis is an essential maintenance tool for any
Preparation and Startup of New Systems
This document is offered as a general guideline to starting
Duratherm Fluid Analysis: the Best Just Got Better
Duratherm has always offered one of the most thorough fluid