This product is mainly used for testing the thermophysical properties of high-temperature liquid samples, including density, conductivity, liquidus temperature, and surface tension. The unique furnace design in this product not only serves as an inert atmosphere protection, but also facilitates the conversion and measurement of different parameter tests quickly and conveniently.
fused salt
Metal
This product is mainly used for testing the thermophysical properties of high-temperature liquid samples, including density, conductivity, liquidus temperature, and surface tension. The unique furnace design in this product not only serves as an inert atmosphere protection, but also facilitates the conversion and measurement of different parameter tests quickly and conveniently.
metallurgy
glass
This product is developed based on the oscillation method, a non-contact high-resolution measurement using for measuring the viscosity of high-temperature melts. The sample is sealed in a crucible, which effectively avoids oxidation during the testing and solves the problem of corrosion of the sample.
Metal
This product uses the rotation method to measure the viscosity of molten salt materials. It is a specialized product for measuring the viscosity of molten salt, due to its low viscosity (less than 10cP) at high temperature, and strong corrosiveness with materials. The similar products available are used for high viscosity at high temperature or low viscosity at low temperature, so useless for molten salt. This product adopts a self-developed connection method and a unique rotor and crucible design, achieving accurate measurement of molten salt viscosity.
fused salt
This product uses the rotation method to test the viscosity of high viscosity samples at high temperature and vacuum or protective atmosphere (inert/oxidation/reduction). The testing accuracy, reproducibility and other indicators have reached the level of similar international products, Benchmark Theta in the United States.
metallurgy
glass
This device uses the short hot wire method, based on the principle of energy conservation, to measure the temperature rise response of the sensor, deduce the thermal conductivity of the liquid medium, and obtain the thermal conductivity and thermal diffusion coefficient.
metallurgy
glass
This product uses the drop isotherm method to test the specific heat and melting enthalpy of samples at different temperatures. Compared with traditional DSC, this equipment uses a sealed crucible and does not directly contact the calorimeter, which can effectively avoid testing difficulties caused by sample corrosion, overflow, volatilization, etc. In the measurement of high-temperature volatile samples such as molten salt, the testing accuracy is better and the reproduction is better.
fused salt
This product is a specialized equipment for measuring the thermal stability of high-temperature molten salts. The equipment is characterized by a large sample dose, equipped with an air cooling system, which can quickly cool down and is closer to the actual situation of molten salt engineering applications. It can effectively solve the problem of significant deviation in test results caused by commercial milligram level TG experiments.
fused salt