Recently, Jiayitong Technology signed a purchase agreement with the National Jinan International University of Taiwan Province. Its Applied Materials and Optoelectronic Engineering Department will officially purchase the room temperature version of Jiayitong Technology’s "Thin-Film Thermoelectric Parameter Test System MRS-3RT (Thin-Film)

Thermoelectric Parameter Test System)".

As one of the higher education institutions in Taiwan, National Jinan International University has been vigorously developing cutting-edge new materials, especially thin film materials. After investigating and comparatively analyzing a number of thin-film thermoelectric instrument manufacturers at home and abroad, the relevant teachers of the Applied Materials and Optoelectronic Engineering Department of the school immediately decided to purchase the thin-film thermoelectric parameter test system (MRS-3RT) of Jiayitong Technology in less than a week. It shows its high recognition of Jiayitong Technology in thermal analysis instruments, especially physical property analysis instruments for thermoelectric materials.

Jiayitong Technology has been committed to providing overall solutions for thermal and electrical analysis and testing for customers who are engaged in the research of physical properties of new materials, especially thin-film materials, on a global scale. In addition, Jiayitong will further carry out global brand promotion based on offices and joint laboratory sharing centers in North America, the United Kingdom, Singapore, India, Pakistan and other places, and strive to complete the establishment of Jiayitong’s global marketing system and customer service network as soon as possible. , To provide the most suitable products and the best service for global customers.

Jiayitong Technology's thin-film thermoelectric parameter test system MRS-3 / 3RT is currently the most valuable product in the field of thermoelectric material research in China. It is specifically aimed at the Seebeck coefficient and resistivity measurement of thin film materials. It uses the dynamic method to measure the Seebeck coefficient, avoiding the systematic error of the static measurement in the temperature difference measurement, and uses the four-wire method to measure the resistivity, which makes the measurement more accurate and convenient.