Synchronous thermal analyzer shutdown is very simple, read this second understand

       Synchronous thermal analyzer shutdown is very simple, read this second understand The synchronous thermal analyzer eliminates the influence of factors such as weight, sample uniformity, temperature rise rate consistency, atmosphere pressure and flow difference, and TG and DTA/DSC curves have a better correspondence. The product often uses thermogravimetric method, the important feature of thermogravimetric method is strong quantitative, can accurately measure the mass change of the substance and the rate of change, it can be said that as long as the substance is heated when the weight changes, you can use thermogravimetric method to study its change process. Synchronous thermal analyzer shutdown is very simple, read this second understand
　　The properties measured by thermogravimetric method include corrosion, high-temperature decomposition, adsorption/desorption, solvent loss, oxidation/reduction reaction, hydration/dehydration, decomposition, black smoke, etc. At present, it is widely used in the research and development, process optimization and quality control in various fields such as plastics, rubber, coatings, pharmaceuticals, catalysts, inorganic materials, metal materials and composite materials. For example, the sample is exposed to a programmed temperature and the mass of the sample is observed as a function of temperature or time. Widely used in plastics, rubber, coatings, drugs, catalysts, inorganic materials, metal materials and composite materials and other fields of research and development, process optimization and quality control. When the synchronous thermal analyzer is shut down, it should be operated as follows: 1. Exit the software after the experiment. Click the exit button in the upper right corner of the software. 2. Turn off the instrument host. Turn off the power from the left rear panel of the instrument. 3. Shut down your computer. (If you want to use it later, you do not need to turn it off). 4. Close the water circulation cooler. Turn off the power button from the backplane of the machine. 5. Turn off the gas. Close the gas cylinder main valve (turn clockwise). Synchronous thermal analyzer can do many aspects of research, such as inorganic, organic and polymer thermal decomposition; The corrosion process of metals under high temperature by various gases; Solid state reaction; Calcination and smelting of minerals; Distillation and vaporization of liquids; Pyrolysis processes of coal, oil and wood; Determination of moisture content, volatiles and ash content; Sublimation process; Dehydration and hygroscopicity; Research on explosive materials; Study of reaction kinetics; Discovery of new compounds; Adsorption and desorption; Determination of catalytic activity; Measurement of surface area; Study on oxidation stability and reduction stability; Study of reaction mechanism.