A The size of the glove box can be customized according to the space and experimental needs of the laboratory, ranging from small single-sided single station glove boxes to glove boxes with 12 workstations on the opposite side. A small glove box is suitable for single use and is suitable for small-scale chemical synthesis or material processing. Medium to large glove boxes provide larger operating space and more equipment installation options, suitable for team collaboration or more complex experimental operations. In addition, some specially designed glove boxes may also include additional expansion modules to meet specific experimental needs.

A The humidity control inside the glove box is achieved through various methods.Firstly, the glove box will be designed with a well sealed structure to prevent the infiltration of external moisture.Secondly, the glove box will be equipped with molecular sieves to absorb moisture. These molecular sieves can continuously absorb moisture and maintain a low humidity state inside the box.In addition, the glove box can also lower the dew point temperature inside through a heating system, further reducing the condensation of moisture. The dew point meter equipped in the glove box can monitor the internal humidity in real time. Through these comprehensive measures, the glove box can provide a dry and stable experimental environment.

A The anaerobic environment inside the glove box is maintained through a series of carefully designed systems. Firstly, the glove box will be filled with inert gas, such as nitrogen or argon, before initial use. These gases will circulate in a closed manner between the box and the purification column (water oxygen adsorber) through pipelines, circulating fans, etc. When the inert gas circulates through the purification column, its water and oxygen content are adsorbed and then returned to the box. With the passage of circulation time, the water and oxygen content in the working gas inside the box gradually decreases, eventually reaching the target of water and oxygen content less than 1ppm. In addition, the glove box is equipped with an oxygen sensor to monitor the internal oxygen concentration in real time, ensuring that it is maintained at an extremely low level. These measures work together to provide a stable and controllable anaerobic environment for the experiment.

A The main purpose of a glove box is to provide a fully controlled environment for conducting sensitive experiments that require avoiding contact with air and moisture. This device is widely used in the chemical, materials science, electronics, and pharmaceutical industries for processing chemicals, metal powders, organic compounds, etc. that are susceptible to oxidation or hydrolysis. In addition, glove boxes can also be used to store samples with special requirements for environmental conditions, ensuring the accuracy of experiments. By using glove boxes, researchers can avoid direct contact with harmful chemicals while protecting experiments from external pollutants.

A Glove box is a special type of sealed experimental equipment that is free of water and oxygen, widely used in fields such as chemistry, biology, and materials science. The glove box is usually filled with inert gas, such as nitrogen or argon, to maintain a stable internal environment. The operator can perform experimental operations through the built-in gloves to achieve precise control of sensitive materials. In addition, the glove box is equipped with various monitoring and control systems to ensure the safety and reliability of the experimental process.

A The square transition compartment of the glove box is relatively better than the circular transition compartment. Due to its regular geometric shape, the internal space of the square transition compartment is more orderly under the same volume, which can load more materials at once and make more full use of the interior space.

A The lithium battery glove box is specifically designed for the production of lithium metal batteries. By introducing the design, research and development resources, and production experience of the domestic cutting-edge lithium energy battery equipment research and development team, and relying on more than 20 years of industry cultivation and technological accumulation, Mikrouna is committed to providing full process intelligent equipment solutions for various solid-state batteries, lithium metal battery products, small and medium-sized trial lines, lithium metal material preparation, and large-scale production lines through deep cooperation with key domestic university laboratories. At the same time, there is an advanced lithium battery intelligent equipment research institute and a cutting-edge lithium battery research intelligent equipment sharing platform built in Songshan Lake, Dongguan.

A The large transition compartment of the glove box is a component used for transporting and transferring items inside the glove box. 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 transition compartment. The large transition compartment also needs to maintain a vacuum state during operation, and ensure a stable and safe water and oxygen free environment inside the compartment when transferring items to the glove box 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.