Dr. Suprock demonstrates our high-temp strain gages’ remarkable stability at extreme temperatures (1,200°F) The max constant operating temp of our gages is currently 1800°F/980°C. Even better, this stability comes with supersonic frequency bandwidth, useful for gas turbine combustion dynamics, HRSG monitoring, boiler pipe crack monitoring, etc. These strain gages can now be “printed” onto metal […]
A revolutionary atomic deposition manufacturing process has allowed Suprocktech to increase high-temp capability of our high temp strain sensors from 1500°F to 3100°F, opening up a new world of opportunities in the power, transportation and aerospace industries. Details to follow.
We would like to extend a thank you to Harold Breitbach of Energiforsk Thermal Engineering Research Institute for including our TDMS system in their report about torsional vibrations in nuclear steam turbine applications. “Vibration problems in nuclear power plants can originate from different sources. One of these is torsional vibrations in shaft trains, which have […]
In critical aerospace applications, it is not uncommon to lose millions of dollars a year in wasted time and material whenever worn tooling or forming defects produce subpar fasteners. Keeping a close eye on machine components with our strain based die monitoring is a great way see these problems developing before a defective piece falls […]
Chris explains modulations caused by grid imbalances and their potential effects on steam turbine health.