Coal Particle Activated Carbon Specific Surface Area Analyzer - Low-Temperature Nitrogen Capacity Method, Efficient Material Analysis

The specific surface area of coal particle activated carbon is a key parameter for evaluating its adsorption performance and application effectiveness. Builder Kubo X1000 surface area analyzer uses low-temperature nitrogen volumetric method to provide users with accurate measurement of specific surface area.

The advanced low-temperature nitrogen capacity method technology accurately calculates the specific surface area of the sample by measuring its adsorption of N2 at liquid N2 temperature, ensuring the standardization and accuracy of the testing method. Its high-precision measurement capability comes from the equipped high-sensitivity sensors and precise temperature control system, which can sensitively perceive small changes in the sample and provide reliable data support.

The performance advantages of the instrument are significant. High precision measurement, comprehensive testing process, and user-friendly interface ensure the accuracy of measurement results and ease of operation. 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. At the same time, the instrument also supports automatic data processing and report generation, making it convenient for users to manage and analyze data.

Builder Kubo X1000 specific surface areaanalyzer has a wide range of applications in the production, environmental protection, and material research of coal based granular activated carbon.