The dual tube vertical thermogravimetric atmosphere experimental furnace is an organic integration and innovative design that draws on the advantages and disadvantages of various traditional high-temperature experimental furnaces, such as box type experimental furnaces, thermogravimetric experimental furnaces, and atmosphere experimental furnaces, to meet the customer needs and important points in powder engineering and precision material heating tests. The equipment integrates core design concepts such as dual tube, vertical, thermogravimetric, atmosphere, automated operation, and data analysis.
By using a dual tube design, experiments under two different conditions can be conducted simultaneously, improving experimental efficiency. At the same time, the same experimental conditions can be used to conduct parallel testing on two samples at the same time, ensuring comparability of test results;
The vertical structure design can effectively save laboratory space, especially suitable for laboratories with limited space. Moreover, the vertical structure helps to form a more uniform temperature gradient and improve the uniformity of sample firing;
The thermogravimetric analysis function enables high-precision automatic measurement even in high temperature environments, and can monitor the weight changes of samples in real-time during the firing process, providing data support for studying the thermal stability and composition changes of materials;
Once the experimental equipment was launched, it immediately aroused strong interest from multiple universities and large enterprises, including Tsinghua University, which proposed cooperation needs. The prototype has been tested on samples by multiple enterprises, and customers have highly praised the test results and equipment capabilities, with strong demand.
