Nitrogen Oxygen Hydrogen Analyzer Optimized for Tantalum Alloy Performance Evaluation

Analysis time: The Nitrogen Oxygen Hydrogen Analyzer features short analysis time, which can complete the determination of oxygen, nitrogen and hydrogen content of the tantalum alloy samples in a shorter time, improving the experimental efficiency.

High-temperature treatment effect: By optimising the temperature control of the pulse furnace, it is possible to ensure that the tantalum alloy is fully treated at high temperatures, which improves the stability and performance of the alloy.

Gas selection and cost control: The use of the Nitrogen Oxygen Hydrogen Analyzer allows for the selection of lower cost argon as the carrying gas, reducing the running costs of the experiment.

Analysis software and operation simplicity: the instrument is equipped with powerful analysis software, easy to operate, more in line with the use of Chinese users. It supports single-point and multi-point calibration (linear regression), which improves the accuracy and reliability of data.

Cooling: Tap water, cooling circulating water machine or switch for cooling, according to the different experimental conditions to choose a different cooling method, increasing the flexibility of the experiment.

Application examples

Nitrogen Oxygen Hydrogen Analyzer is widely used in the field of scientific research for research and development of new materials, quality control in production and quality identification of materials. For tantalum alloys, which are important high-temperature materials, the application of Nitrogen, Oxygen and Hydrogen analyzers is particularly important. It is suitable for the determination of oxygen, nitrogen and hydrogen content in ferrous metals, non-ferrous metals, superconducting materials, semiconductor materials, rare earth materials, ceramic materials and other metallic and non-metallic solid materials, such as steel, iron, copper, zirconium, titanium, tantalum, niobium, rare earths, ceramics, alloys and so on.

Conclusion

By optimising the preparation process of tantalum alloys using a Nitrogen, Oxygen and Hydrogen analyzer, we were able to determine the content of oxygen, nitrogen and hydrogen elements in tantalum alloys more accurately and quickly, which improved the experimental efficiency and data accuracy. At the same time, the optimised process and performance evaluation help to improve the quality and stability of tantalum alloy materials and meet the demand for their wide application in various fields.