Characterization of battery positive and negative electrode materials

As a global supplier in the field of material characterization instruments, McMurdrick (Shanghai) Instrument Co., Ltd. specializes in providingCharacterization of battery positive and negative electrode materialsThe solution is equipped with multiple high-performance battery positive and negative electrode material characterization and analysis instruments, including Tristar II Plus series fully automatic specific surface area and pore size analyzer, AutoPore V series high-performance fully automatic mercury intrusion porosimeter, AccuPyc II 1345 series fully automatic true density analyzer, GeoPyc 1365 series fully automatic wrapped density analyzer, etc.

The battery positive and negative electrode material characterization instrument is suitable for the physical property characterization analysis of battery positive and negative electrode materials. The electrical and processing properties of lithium-ion battery cathode materials are influenced by their physical properties.

Micromeritics TriStar II Plus is a fully automated surface area and pore size analyzer that provides fast, high-throughput, and high-precision analysis. The three station device can effectively improve the speed and efficiency of conventional quality control analysis, while also having accuracy, resolution, and data simplification functions that can meet research needs. This instrument combines multiple analysis methods and rich data simplification functions, allowing users to customize analysis according to application needs.

The AccuPyc III series fully automatic density meter can measure the true density of various powders, particles, and slurry materials at high speed and precision. Just enter the material quality, then start the measurement with a few buttons, and after performing several measurements, the density of the material can be displayed.

GeoPyc automatically tests the volume and density of solid materials using the solid substitute medium Dry Flo. The medium has uniform particles and is a rigid small ball with good fluidity, which can tightly stack with the sample during the detection process. The particle size is very small, and it can tightly adhere to the surface of the tested solid during the consolidation process, but it will not enter the pores.