A If the water and oxygen content in the glove box exceeds the standard by more than 200ppm, the circulation system of the glove box should be stopped immediately, and the cleaning program should be started until the water and oxygen content drops below 100ppm. This usually requires proper debugging or correction of operational errors. After cleaning, restart the circulation system to ensure the accuracy of the experimental environment.

A The reason why the glove box is called a glove box is because its design allows the operator to directly contact and operate the items inside the box through the set of butyl rubber gloves, while maintaining the sealing and control of the internal environment, thus achieving experimental operations in oxygen free or specific atmospheres. The number of gloves can be increased or decreased according to the size of the glove box or experimental needs.

A When choosing a glove box, one should consider the brand's professionalism, technical strength, product performance, after-sales service, and customer evaluation. MIKROUNA and MBRAUN are recognized by the market because of their advanced technology and stable performance. It is recommended to compare the product characteristics and customer feedback of different brands based on specific experimental requirements and budgets, and make a comprehensive evaluation before making a choice.

A There are many glove box brands, including MIKROUNA, MBRAUN, VAC, Vigor, ETELUX, etc. These brands have a high level of recognition and market share in the glove box field, offering different types and specifications of glove boxes to meet diverse research and industrial needs.

A The operation process of a standard glove box generally includes opening the equipment, performing gas replacement to remove oxygen and moisture, conducting experimental operations through operating gloves, and gas recovery after the experiment is completed. The operator should follow strict operating procedures to ensure that the experimental materials and environment are not contaminated.

A The vacuum glove box has taken special measures in pollution control, such as using corrosion-resistant materials, enhancing sealing, and adopting advanced gas purification technology. In addition, the vacuum environment itself helps to reduce pollutants in the air, providing cleaner operating conditions for sensitive materials and experiments.

A The system configuration features of the vacuum glove box include efficient vacuum pumps, precise pressure control and monitoring systems, and operating gloves compatible with low-pressure environments. In addition, they may also be equipped with gas purification systems and temperature control systems to ensure the stability and controllability of the experimental environment.

A The vacuum glove box is equipped with a vacuum pump, which can perform vacuum pumping operations on the glove box. At the same time, it can integrate heating, air conditioning, purification and other functional equipment according to the application scenario; The standard glove box is equipped with a purification system, focusing on providing a water free and oxygen free atmosphere environment, which can integrate heating, air conditioning, ultra clean and other functional equipment.