Vigor Long-lasting Sealed Glove Box: A Safe and Efficient Foundation for the Mass Production of Sulfide Solid-State Batteries

The solid-state battery industry is undergoing a profound shift from “R&D enthusiasm” to “mass production.” As technological pathways mature, the competitive focus has shifted entirely from simply comparing material formulations to competing in engineering capabilities and process yield. In this process, providing an absolutely pure and stable production environment for solid electrolytes which are extremely sensitive to moisture/oxygen has become a threshold that enterprises must cross.

Vigor Long-lasting Sealed Glove Box – A New Choice for SolidState Battery Production Lines

Extreme Sealing: Durable and Longlasting

With years of industry experience and reliable data, the leakage rate is as low as 0.001 vol%/h, moisture/oxygen content is stably controlled below 1 ppm, the VOC is less than 1 ppm. Vigor’s patented doublelayer longlasting seal is the key factor ensuring the durability and corrosion resistance of the sealing gasket.

It perfectly matches the stringent environmental requirements of sulfide allsolidstate batteries, eliminating interference from moisture and leakage.

2. CorrosionResistant Environment: Safe Production

Specially designed for sulfides, it resists strong corrosion throughout the entire process; integrates an H₂S treatment system and intelligent monitoring function.

Vigor glove boxes comply with national environmental assessment standards. For the verification phase of scale-up production, Vigor can provide customized green and environmentally friendly solutions.

The Vigor purification system can handle strong corrosion and has largecapacity adsorption of organic solvents, ensuring both longterm equipment life and a safe, pollutionfree production process. It safeguards the safety of laboratory personnel and the environment.

Integrated FullLine Efficient Integration

Systematically integrated process equipment and highly modular design ensure tight connection of each process step, effectively accelerating the transition from R&D to mass production.

The production line offers fully automated solutions to improve work efficiency. Combined with AI-powered highthroughput experimental lines, it achieves unmanned intervention from sample handling to the entire experimental process.

Each process segment is equipped with an independent atmosphere environment, which, while achieving interconnection and mutual noninterference, further ensures rapid maintenance capability and comprehensively enhances production efficiency.

Choosing an inert atmosphere protection system that combines highprecision purification with excellent sealing stability is not only a solution to current pain points in production, but also a crucial cornerstone for enterprises to seize the lead in the race toward the mass production of solidstate battery.