Uranium Oxide Powder Specific Surface Area Analyzer - Precise Measurement, Assisting Materials Science

In the field of materials science, precise measurement of the specific surface area of uranium dioxide powder is crucial for evaluating its performance and quality. Our uranium dioxide powder specific surface area analyzer is designed and manufactured according to international standards, using multi-point BET method to provide users with high-precision measurement results. This instrument is not only suitable for measuring the specific surface area of uranium dioxide powder, but also for other powders or porous materials, with a measurement range of 1-40 ㎡/g.

This uranium dioxide powder specific surface area analyzer adopts advanced multi-point BET method technology, which can accurately measure the multi-layer adsorption of nitrogen molecules by the sample at liquid nitrogen temperature. By measuring the adsorption capacity under different relative pressures, the instrument can accurately calculate the specific surface area of the sample. This process is not only scientifically rigorous, but also provides highly reliable data support, making it a powerful tool for material research and quality control.

In practical operation, the instrument has demonstrated extremely high user friendliness. The concise and intuitive user interface enables even inexperienced users to quickly get started and easily complete complex testing processes. At the same time, the instrument has the characteristic of high automation, which can automatically collect, process and analyze data, greatly reducing the complexity and potential errors of manual operation. After the testing is completed, the instrument can automatically generate detailed reports covering all key data and analysis results, making it convenient for users to conduct further research and archive.

The Builder surface area analyzer SSA-7000 has a wide range of applications in the materials science and chemical industries. In materials science research, this instrument provides strong support for the analysis of specific surface area of various powder materials, which helps to explore the characteristics and application potential of new materials. In the chemical industry, for the determination of specific surface area of porous catalysts and other materials, this instrument can provide key data for process optimization and product development, promoting technological progress in the industry.