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FAQ

  • Q What environmental factors can affect the performance and service life of glove boxes?

    A
    The chemical substances and temperature and humidity in the environment of glove box use can have an impact on the performance and lifespan of the glove box. In terms of chemical substances, if the glove box is used for chemical experiments or production, such as handling highly corrosive substances such as concentrated acids and strong bases, it may corrode internal components. Even with protective measures in place, long-term contact may damage the components; Volatile chemicals may react with the working gas or adsorb onto purification materials, reducing their adsorption performance. In terms of temperature and humidity, under extreme temperature conditions, high temperatures can accelerate the aging and loss of elasticity of sealing materials, leading to gas leakage, affecting the performance of electrical equipment, and even causing failures. Low temperatures can make certain materials brittle and increase the risk of rupture; High humidity environments can cause metal parts to rust, and improper humidity control can allow external moisture to enter and affect the effectiveness of humidity control. The above environments will have an impact on the performance and service life of the glove box.
  • Q How to evaluate the sealing and purification efficiency of glove boxes?

    A The sealing performance of the glove box can be evaluated by pressure method, that is, adjusting the pressure inside the glove box and observing the pressure change rate. A glove box with good sealing performance should have a very low pressure change rate within 24 hours, such as not exceeding 1-2 mbar. The purification efficiency of glove boxes can be evaluated by intentionally introducing oxygen and starting the purification system to record the rate of decrease in oxygen and moisture content. Generally, chemical and material glove box purification systems should return to normal levels within 1-2 hours, while applications sensitive to environmental changes require faster purification rates, which may take up to 30 minutes.
  • Q How to choose a glove box for use in special environments?

    A When using glove boxes in special environments, special consideration should be given to the characteristics of the environment. For example, glove boxes used in clean rooms need to meet the level requirements of the clean room. When using a glove box in a corrosive gas environment, it is recommended to choose a glove box made of materials with high corrosion resistance, such as stainless steel or special anti-corrosion coatings and chemically resistant gloves. In addition, the size of the glove box needs to be selected based on the space required for experiments or production, as well as considering specification factors such as operating pressure range and gas flow requirements. Meanwhile, evaluating the gas control performance and sealing of the glove box is also an essential step.
  • Q How to choose a glove box that meets the requirements in chemical experiments?

    A In chemical experiments, choosing a glove box requires a clear understanding of the purpose and environment of use. For chemical synthesis, especially in fields sensitive to water and oxygen such as organometallic chemistry and catalytic chemistry, glove boxes with efficient gas purification systems should be selected to control oxygen and moisture content at extremely low levels (such as below 1ppm). At the same time, consideration should be given to the usage environment, such as the sealing and stability of the glove box in a regular laboratory environment, to prevent external dust, air, and other interference with the experiment. In addition, it is necessary to evaluate the gas control performance of the glove box, including the control accuracy of oxygen and moisture content. If the experiment requires multiple complex operations to be performed in a glove box, a customized glove box can also be chosen.
  • Q What are the development trends of glove box purification in the future?

    A The development trend of glove box purification technology is mainly reflected in the research and development of new adsorption materials and the application of composite purification technology. Continuously exploring and developing new adsorption materials with higher adsorption capacity and faster adsorption speed, such as new molecular sieves and metal organic framework materials, to improve the removal efficiency of water, oxygen, organic impurities, etc., and meet the high environmental requirements of fields such as semiconductor manufacturing and quantum material research. At the same time, combining various purification technologies such as adsorption and catalysis to form a composite purification process is also the development trend pursued by glove box purification in the future.
  • Q How is the quality of Mikrouna's glove box?

    A Mikrouna has been established for more than 20 years and has always been a leader in the glove box, vacuum automation, and intelligent equipment industries in the vacuum field. It has a dedicated testing center and multiple imported precision testing instruments, such as non-destructive testing shielded lead room, Hexagon coordinate measuring instrument, helium spectrum leak detector, full spectrum direct reading spectrometer, trace water analyzer, intergranular corrosion analyzer, tensile testing machine and other professional testing equipment. Through these devices, Mikrouna has built a complete and high-precision testing system, strictly controlling every link from raw material inspection, production process monitoring to finished product quality testing, effectively ensuring the excellent quality and performance stability of products. This is also why Mikrouna can always maintain a leading position in the industry. The reason for continuously winning the trust and praise of customers.
  • Q What are the advantages of the glove box automatic assembly line?

    A The glove box automatic assembly line has the characteristic of high automation, which can achieve automated operations in all aspects from component transportation, positioning to assembly. For example, using a robotic arm to grab and install glove box components can perform precise operations according to preset paths and actions, and can make real-time adjustments based on sensor feedback information. Can monitor and manage the entire glove box assembly process, predict equipment failures and quality issues in advance through data analysis. For example, when an abnormality is detected in a certain assembly process, the control system can promptly issue an alarm and stop the assembly line, while providing detailed fault information for maintenance personnel to quickly locate and solve the problem.
  • Q How is the Mikrouna glove box automatic assembly line?

    A Mikrouna's glove box automatic assembly line ensures that the positional accuracy and assembly force of each component meet the standards during the assembly process through high-precision mechanical devices and control systems. For example, when installing the sealing components of the glove box, the automatic assembly line can accurately control the installation position and compression degree of the sealing components, ensure the sealing effect, and reduce quality problems such as poor sealing caused by improper manual operation; Due to the assembly process being carried out according to preset procedures and parameters, the assembly steps and quality standards for each glove box are the same, avoiding quality fluctuations caused by differences in workers' skill levels, working conditions, etc. during manual assembly, making the quality of glove box products more stable and reliable.
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