Vigor Glove Box Builds a Reliable Environment for R&D of Solid-State Battery

In the R&D of solid-state battery, sulfide-based solid electrolytes and lithium metal anodes are extremely sensitive to water and oxygen. Exposure to air can easily lead to hydrolysis and oxidation, resulting in material failure, unstable interfaces, and electrochemical performance degradation, which severely affects the accuracy and reliability of experimental data.

The entire process, from material synthesis to battery assembly, must be conducted under moisture-free and oxygen-free conditions. The environmental control capability of the glove box thus becomes a key factor determining the continuity of R&D and the credibility of data.

To meet these stringent environmental requirements, the following performance aspects should be prioritized when selecting a glove box:

1. Inert Atmosphere with Ultra-Low Water/Oxygen Level 

The purification system of the glove box must possess rapid response and efficient regeneration capabilities. It should continuously and stably maintain the internal environment at a level of <1 ppm for both moisture and oxygen, even during frequent sample transfers, with a leak rate of <0.001 vol%/h. Ensuring this stability is fundamental for obtaining reliable and reproducible experimental data.

2. Different Atmospheric Zones and Modular Expansion

Different processes (e.g., electrolyte preparation, battery assembly) have varying atmospheric requirements. The glove box should support compartmentalized management to achieve differentiated control and enhance operational efficiency. Furthermore, it must possess modular capabilities, allowing for the addition of functional modules at a later stage to maximize the value of the glove box.

In summary, the Vigor glove box aligns with the needs of solid-state battery R&D. It provides a solid foundation for research through stable environmental control, efficient operational support, and reliable design. It has offered solutions for R&D projects at numerous domestic universities and enterprises. With over 20 years of market application, it has demonstrated reliable performance in moisture/oxygen control and low leakage, providing a stable, controllable, and flexibly expandable environment for solid-state battery R&D, thereby empowering researchers to focus on technological breakthroughs.

#Glove box #Inert atmosphere equipment #Solid-state battery #Sulfide battery