A Not all Mikrouna glove boxes have explosion-proof function, and glove boxes used in general laboratory environments do not have explosion-proof function. If you want a glove box with explosion-proof function, you should choose a glove box designed specifically for handling flammable and explosive substances, such as using explosion-proof electrical components, adding pressure relief devices, using fire-resistant materials, and other measures. These features help reduce risks and protect operators and equipment in the event of unexpected situations.

A The size of the Mikrouna glove box is not fixed, and there are options for different lengths of a single section, such as 1220/1500/1800/2440mm. The depth of a single section is also available in sizes such as 750/1000/1200mm. The above dimensions do not meet the application requirements. You can contact Mikrouna company to customize directly according to your needs.

A The Mikrouna glove box has energy-saving properties. Stopping the vacuum pump operation and reducing the speed through fan frequency conversion can achieve the energy-saving effect of the glove box.

A The purification system of the Mikrouna glove box works through a purification column filled with molecular sieves and copper catalysts, which have strong adsorption capacity to absorb and remove moisture and oxygen inside the box. When the atmosphere inside the glove box passes through these purification materials, water and oxygen molecules are captured by the adsorbent, thereby maintaining a dry and oxygen free state in the box environment.

A The remote control of Mikrouna glove boxes usually relies on integrated intelligent control systems and network connectivity functions. The Mikrouna glove box can be equipped with Internet of Things (IoT) technology and connected to external devices through communication interfaces such as Wi Fi or Ethernet. Users can control various parameters of the glove box, such as temperature, humidity, pressure, and gas composition, by sending instructions from a remote location through a dedicated software interface or mobile application.

A Mikrouna is a leading enterprise in the domestic vacuum automation industry, a national key research and development cooperation unit and supplier, and an intelligent equipment supplier/lithium battery intelligent equipment provider. The company is a qualified supplier of China National Nuclear Corporation, has obtained the Shanghai High tech Enterprise Certificate, is a "specialized, refined, unique and new" enterprise in Shanghai, and has the military nuclear safety manufacturing qualification issued by the National Defense Science and Industry Bureau; Having an absolute market share in the domestic vacuum glove box industry and over a hundred technical patents; Having over a hundred engineering and technical personnel; The product strictly complies with the German manufacturing standard VDA6.3; A strong R&D technology team, advanced production equipment, and rigorous production processes are all guarantees of the quality of Mikrouna glove boxes.

A As a high-tech enterprise, Mikrouna (Shanghai) Industrial Intelligent Technology Co., Ltd. provides customized glove box solutions with its strong research and development capabilities and rich technological accumulation. This customized service includes the integration of special sizes, specific materials, automation levels, and other specific functions to ensure that the glove box can perfectly adapt to the customer's experimental or production environment.

A Glove box is a laboratory equipment that operates in a specific anhydrous and anaerobic environment, widely used in scientific research and industrial applications that require control of atmospheric composition. They are commonly used in the research and production of lithium batteries, physical and chemical research, powder metallurgy, biopharmaceuticals, special welding, OLED manufacturing, material processing, and fine chemicals. In these applications, glove boxes ensure that materials and experimental processes are not disturbed by moisture and oxygen, thereby improving the accuracy of experiments and the stability of products.