Jilin Normal University purchases thermogravimetric analyzer from Nanjing Exhibition to unlock the mystery of material thermal stability

In today's scientific research and industrial fields, the study of material thermal stability is very important. From aircraft components in aerospace that need to withstand high temperatures, to chip materials in electronic devices that need to maintain stable performance even in high-temperature environments, and to catalytic materials facing high-temperature reaction conditions in chemical production, the thermal stability of materials directly affects product quality, equipment safety, and service life, influencing the development process of many industries.

Thermogravimetric analyzer, as the core equipment for exploring the thermal stability of materials, plays an important and critical role. It can accurately measure the relationship between material mass and temperature or time under programmed temperature control conditions. By using a thermogravimetric analyzer to draw thermogravimetric curves, researchers can clearly observe the physical and chemical changes that occur in materials at different temperature stages, such as decomposition, oxidation, dehydration, etc., and then determine key information such as the temperature at which materials begin to decompose and the quality loss during the reaction process, providing effective data support for material research and development, performance optimization, and practical applications. Jilin Normal University, in order to enhance its overall research and experimental capabilities, has conducted preliminary research and selected Nanjing Exhibition'sDZ-TGA101 Thermogravimetric Analyzer.

The DZ-TGA101 thermogravimetric analyzer has high measurement accuracy and can accurately capture subtle changes in sample quality; Simultaneously adopting PID intelligent temperature control technology, it can achieve heating, constant temperature, and cooling, with a wide temperature range that can meet the testing requirements of different materials. The bidirectional operating system makes experimental operations more convenient.

At the debugging site of the instrument, the technical engineer installed and debugged the instrument, and conducted actual testing using samples. Detailed training was provided for the entire testing process, allowing operators to understand the use of the instrument and software analysis. For the subsequent use of the instrument, there are corresponding after-sales engineers to coordinate and ensure the use of the instrument. More product inquiries:400-885-2060.