TempTABs are used for verification of furnace uniformity and reproducibility of thermal processes. They can be used in air, vacuum or non-oxidizing atmospheres. TempTABs have been pretreated to remove any organics so there is no outgassing or contamination to worry about.
TempTABs were designed for the Sintering, Brazing and Heat treating of metals (ferrous and non-ferrous) but can also be used in a variety of applications including single/fast firing of tiles and Sintering Dental Zirconia. TempTABs provide an easy method to digitize and record the thermal process by using a digital micrometer to measure the final TempTAB dimension, entering the dimension into the TempTAB Trakker Software that translates the final dimension into a temperature equivalent. The software allows users to store up to 360 runs in up to 9 locations. They are made from carefully controlled ceramic materials that shrink over a fairly wide temperature range. They are measured once they exit the thermal process and their dimension is used to determine the peak temperature they were exposed to.
The value of the TempTAB is to provide verification that the furnace is uniformly delivering the expected thermal profile. Software is available to automatically track your process temperatures over time in up to 9 locations by simply inputing the TempTAB dimensions from each location after each run. Temperature data is developed with a ramp rate of 5 degrees C per minute up to the setpoint, with hold times at peak temperature for 10, 30, 60, 120 and 240 minutes. Heat Treating Schedules (Insert into a hot furnace for 5 different hold times) are also available where appropriate.
Fulfilling the directive of our founder and benefactor, the Edward Orton Jr. Ceramic Foundation deploys its profits to support studies and research at the university level to promote and advance the science of materials processing.