Accurate testing of thermal diffusivity and thermal conductivity, covering a wide temperature range of RT... 1250 ° C

Nike's new flash thermal conductivity meter LFA 467 HyperFlash^® Based on mature LFA 467 HyperFlash^® Platform construction, can be done at room temperature Accurate measurement of thermal diffusivity and thermal conductivity between 1250 ° C. The instrument uses an innovative xenon lamp light source system, which has a long light source life and provides accurate thermal conductivity measurement over a wide temperature range, with almost no consumables.

ZoomOptics -Optimize the detection range to obtain accurate measurement results

Patent ZoomOptics The system (patent number: DE 10 2012 106 955 B4 2014.04.03) optimizes the detection range of the detector, eliminates interference signals at the outer edge of the sample, and greatly improves the accuracy of measurement results.

Ultra high data acquisition rate (up to 2MHz), extremely narrow light pulse width (minimum below 20 μ s), allowing measurement of thin and highly thermally conductive materials

LFA 467 HyperFlash^® The data acquisition rate of the series products has been increased to 2 MHz. This ultra-high data acquisition rate is reflected in both the infrared detector and the pulse mapping channel. Thus, it is possible to effectively test high thermal conductivity thin layer materials with very short heat transfer times, such as metal sheets with a thickness of about 0.3mm or polymer films with a thickness of about 30 μ m.

The pulse mapping system of the patent incorporates finite pulse width effects and thermal losses into the calculation (Patent No.: US7038209 B2; US; DE1024241）。