Glove boxes and their various sizes of chambers play important roles in scientific research and laboratory applications. They not only provide a water free and oxygen free environment, but also ensure the safe transportation and handling of items in such an environment.
As a part of the glove box, the main function of the small chamber is to transport and transfer the items inside the glove box. The small chamber can accommodate small objects such as wires, and through its internal vacuum environment and sealed design, it ensures that the items are always in a water free and oxygen free environment during transportation. The chamber door is sealed with rubber rings to ensure efficient airtightness, allowing items inside the glove box to be placed or removed in a suitable environmental atmosphere.
Similar to small chambers, large chambers are also components used for transporting and transferring items inside glove boxes. If you want to put larger objects such as glass bottles, bottle stoppers, battery cases, etc. containing separators inside the glove box, you need to use a large chamber. The large chamber also needs to maintain a vacuum state during operation and ensure a stable and safe water and oxygen free environment inside the chamber through the sealing mechanism of rubber rings. This design ensures that the accuracy and safety of the experiment during the transfer of items are not affected by the external atmosphere of the glove box.
During normal operation, both the small and large chambers of the lithium battery glove box need to be kept in a vacuum environment. Through the action of air pressure, the chamber door is tightly closed and efficiently sealed using rubber rings. This design not only protects the operator from harmful substances, but also ensures the stability of items inside the lithium battery glove box during experiments and production processes.
The lithium battery glove box is specifically designed for the production of lithium metal batteries. Mikrouna has introduced the design, research and development resources, as well as production experience of the domestic cutting-edge lithium-ion battery equipment development team. Based on more than 20 years of deep industry cultivation and technological accumulation, and in-depth cooperation with key domestic university laboratories. Committed to providing full process intelligent equipment solutions for small and medium-sized trial lines, lithium metal material preparation, and large-scale production lines of various solid-state batteries and lithium metal battery products. Meanwhile, Mikrouna has established an advanced lithium battery intelligent equipment research institute and a leading-edge lithium battery research intelligent equipment sharing platform in Songshan Lake, Dongguan.
