A The glove opening of a glove box is usually made of aluminum alloy material, which has good corrosion resistance and can effectively resist the corrosion of common chemical substances in laboratory environments, maintaining the long-term stability and sealing of the glove opening. Aluminum alloy has good processing performance and can be easily made into the required shape and size to meet the design requirements of different glove boxes.

A The window of the glove box is usually made of highly transparent and chemically resistant materials to ensure that the operator can clearly observe the experimental operations inside the glove box. The commonly used material for glove box windows is tempered glass, which is made through a special heat treatment process and forms a uniform compressive stress layer on its surface, greatly improving the strength and impact resistance of the glass. In laboratory environments, tempered glass windows can resist accidental impacts or chemical erosion, reduce the risk of glass breakage, and ensure the safety of laboratory personnel. In addition, tempered glass has good optical properties, providing a clear and deformation free field of view, allowing operators to accurately observe the experimental conditions inside the glove box. Despite its heavy weight, tempered glass's excellent chemical and scratch resistance makes it an ideal material for glove box windows.

A The regeneration process of Mikrouna glove box is automated, which greatly improves the convenience and efficiency of operation. The dehydration and deoxygenation materials inside the glove box can be automatically regenerated, which means that after the material adsorption reaches saturation, clicking on regeneration will automatically start and complete the entire regeneration process, restoring the material's adsorption capacity. This automated regeneration mechanism reduces manual intervention, lowers operational complexity, and ensures the stability and consistency of the internal environment of the glove box.

A Perovskite materials have received widespread attention due to their potential applications in fields such as solar cells, photodetectors, and light-emitting diodes. These materials are extremely sensitive to water and oxygen, so they need to be synthesized, processed, and tested in an anhydrous and oxygen free environment to prevent performance degradation or structural damage. The glove box provides a controllable inert gas environment, such as nitrogen or argon atmosphere, to ensure the stability of perovskite materials during preparation and subsequent operations. In addition, precise control conditions in the glove box help to study the physical and chemical properties of perovskite materials, promoting their application and development in high-performance optoelectronic devices. Therefore, the glove box is an indispensable experimental equipment for the research of perovskite materials.

A Mikrouna specializes in the research and development, design, production, and sales of glove boxes. It has six large gantry machining centers, three large horizontal machining centers, advanced equipment such as German Prey laser automatic welding lines, and DMG high-precision machining centers, ensuring product quality.

A The vacuum transition chamber of Mikrouna glove box is favored by users for its high efficiency and flexibility. The vacuum degree of the transition chamber can reach below 1Pa, ensuring the purity of the material during the transfer process and avoiding the invasion of atmospheric pollutants. In addition, the design of the side doors offers the option of electric or pneumatic doors, allowing users to choose according to the specific needs and budget of the laboratory. Mikrouna also provides customers with various sizes of vacuum rectangular chambers. This customized service enables the glove box to adapt to laboratories of different sizes and diverse experimental needs.

A The humidity inside the glove box can be controlled through dehumidifiers and humidifiers. Dehumidifiers can effectively reduce the humidity inside the glove box and create a dry environment, which is particularly important for experiments that require prevention of microbial growth and avoidance of chemical reaction interference caused by moisture. On the other hand, humidifiers are used to increase the humidity inside glove boxes, ensuring that experiments conducted in dry environments, such as powder processing and certain types of material testing, can be carried out under appropriate humidity conditions.

A The main function of Mikrouna glove box integrated air conditioning is to maintain the temperature and humidity inside the glove box within the set range to ensure the stability and repeatability of experiments and processing processes. Many sensitive material treatments and chemical reactions carried out inside glove boxes have strict requirements for environmental conditions, and fluctuations in temperature and humidity may affect the accuracy of experimental results. The glove box air conditioner provides an ideal environment for these operations through precise control. In addition, the air conditioning system also helps prevent equipment from overheating due to high temperatures, protecting electronic components and sensors inside the glove box. In some applications, air conditioning also helps to remove moisture from glove boxes and keep the interior dry, which is particularly important for experiments that require low humidity environments.