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A When choosing a glove box, users first need to consider whether the equipment can provide the necessary oxygen free, water free, or specific atmosphere environment, as well as the accuracy of its environmental control capabilities. In addition, it is necessary to consider whether the scope of application of the glove box meets the needs of the industry and specific applications, and the convenience of operation is also a key point. The simpler and more convenient the operation, the lower the probability of glove box operation errors. In terms of quality and performance, attention should be paid to the quality and durability of glove box materials, the stability of system operation, and whether the safety performance of equipment meets relevant standards. When choosing a glove box, it is necessary to consider the above factors, which together determine whether the glove box can meet the experimental requirements.

A The Mikrouna glove box is quite good. The production equipment for the glove box is mostly imported from large brands abroad, and the precision of the glove box accessories is relatively high. The box adopts seamless welding and high-strength bolt connection, and the window adopts flange window technology with many detection devices, which is relatively reliable. Mikrouna has her own factory, so she can customize glove boxes according to different experimental requirements, and they are very suitable for experimental requirements. Relatively speaking, Mikrouna is recommended for purchasing glove boxes in China.

A The main functions and features of Mikrouna glove box include providing an oxygen free and inert gas environment, effectively preventing samples from being contaminated by oxygen and moisture. It allows operators to handle and manipulate sensitive materials in a controlled atmosphere, conduct experimental operations, and observe reactions and material behavior without being affected by impurities in the air. The Mikrouna glove box also has high safety, effectively protecting the operator's safety when handling toxic, radioactive, or flammable substances. In addition, it also has high flexibility, can adjust environmental parameters according to experimental needs, and has high sealing performance. It adopts seamless welding or high-strength bolt connection to ensure a tight fit of the box door. The glove box is also equipped with a PLC control system and touch screen, which simplifies and automates operations, improving efficiency and accuracy. The monitoring and control system can ensure the accuracy and stability of the experimental process, and can be applied to multiple industries such as lithium battery research and production, physical and chemical research, etc.

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A The square transition compartment of the glove box has advantages in loading materials compared to the circular transition compartment, mainly reflected in higher space utilization. Due to the regular geometric shape of the square transition compartment, its internal space is more orderly under the same volume, and it can load more materials at once, making the space inside the compartment more fully utilized.

A The commonly used inert gases in glove boxes include nitrogen (N2), argon (Ar), and helium (He). These gases are easy to obtain and cost-effective, effectively protecting active chemicals from oxidation and ensuring that volatile substances do not ignite or explode. In specific experiments, hydrogen and carbon dioxide may also be used to create a specialized inert atmosphere.

A The material selection of the glove box will have a significant impact on its sealing performance. For example, the material of the glove box body needs to have excellent corrosion resistance and sealing, such as stainless steel material, because of its strong corrosion resistance and sturdy structure; When in frequent contact with chemical reagents, special alloy materials may be required to resist erosion. If acrylic glove boxes are used, the box may react with the chemical reagents and be damaged, thereby affecting the sealing performance. As a line of defense against leakage, sealing strips should be made of materials that are resistant to high and low temperatures, chemical corrosion, and have good elastic recovery ability. Silicone rubber performs well in most environments, but extreme conditions such as high temperature and high pressure experimental environments may require special materials such as fluororubber. In addition, the selection of different materials for gloves, transition compartments, and other components of the glove box may affect the sealing of the glove box.