FAQ

You are here: Home / Service / FAQ

Q How to choose a reliable glove box manufacturer？

A When choosing a reliable glove box manufacturer, multiple factors should be considered, including the manufacturer's market reputation, product quality, technical support, after-sales service, and customer evaluation, which can all be used to evaluate the glove box manufacturer. Manufacturers' strength can be evaluated by reviewing customer feedback, industry certifications, and case studies. In addition, direct communication with manufacturers to understand their product performance parameters, customized services, and after-sales support is also an important step in choosing a suitable manufacturer.
Q What are the performance optimization methods for standard glove boxes？

A
The performance optimization methods for standard glove boxes mainly include:

1. Regularly inspect and maintain the gas purification system to ensure its efficient operation;

2. Maintain the sealing performance of the glove box to prevent external gases from entering;

3. Use high-efficiency circulating fans to maintain gas circulation inside the glove box;

4. Calibrate temperature and humidity control systems to maintain a stable working environment;

5. And regularly replace the adsorption materials and gloves to ensure the purity and safety of the internal environment of the glove box.
Q How to choose a suitable glove box？

A To choose a suitable glove box, the first step is to clarify the specific requirements of the experiment, including the required gas purity, humidity, temperature range, and whether a specific atmosphere environment is needed. Secondly, consider the size and configuration of the glove box to ensure that it can accommodate the required equipment and samples, and is easy to operate. We also need to consider the material and manufacturing process of the glove box, and choose products that are corrosion-resistant, easy to clean, and have good sealing properties. In addition, check whether the purification system, circulation system, gas detection instruments, etc. of the glove box are complete and ensure their stable performance. Finally, consider after-sales service to ensure that suppliers can provide timely technical support and maintenance services. By considering these factors comprehensively, one can choose a glove box that is more suitable for their experimental needs.
Q Gloves sticking out take up too much space and can get scratched, what's a good way to organize them？

A The storage and protection of gloves in the glove box can be achieved by using accessories such as glove storage elastic cords, storage covers, and internal blocking devices. These accessories can effectively prevent gloves from protruding and occupying space, protect gloves from external factors, reduce the risk of gloves being scratched or damaged, and ensure the sealing and safety of the glove box.
Q What role does the glove box play in lunar soil research？

A In lunar soil research, the glove box provides a crucial protective environment that ensures that lunar soil samples are not exposed to Earth's atmosphere and environmental pollutants during operation. The glove box prevents oxidation and deliquescence of lunar soil samples by providing an inert gas environment free of water and oxygen, thereby maintaining their original chemical and physical properties. This is crucial for conducting precise chemical analysis, mineral identification, and biological activity research experiments. In addition, the glove box allows researchers to safely handle and manipulate these precious samples without direct exposure to harmful environments.
Q How to deal with the material inside the glove box that releases water and oxygen that affects the atmosphere inside the box?

A
If it is determined that the high water oxygen value is caused by the release of water oxygen from the materials inside the glove box, the following measures can be taken:

1. Take out materials that are prone to releasing water and oxygen for drying treatment or store them in a vacuum environment;

2. For materials with strong moisture absorption, pre-treatment can be carried out before use, such as drying in a vacuum drying oven;

3. Place some desiccants (such as molecular sieves, silica gel, etc.) inside the glove box to absorb the moisture inside.
Q How to ensure that the glove box can completely remove water and oxygen during the automatic regeneration process?

A To ensure that the glove box can completely remove water and oxygen during the automatic regeneration process, it is necessary to check whether the regeneration program settings are correct and ensure that all parameters (such as heating temperature, vacuum time, and inert gas purity) meet the requirements. If necessary, two regenerations can be carried out, and the regeneration time can be appropriately extended or the heating temperature can be increased.
Q What is the reason why the water oxygen value of the glove box is still high after regeneration?

A
The high water oxygen value after glove box regeneration may be caused by the following reasons:

1. Improper temperature or time settings during the regeneration process result in insufficient activation of the adsorbent material;

2. The adsorbent material has aged or become saturated due to prolonged use, losing its effective adsorption capacity;

3. There are hidden leakage points inside the glove box, causing external air and moisture to seep in;

4. In addition, if the samples or materials inside the glove box themselves contain high levels of moisture or oxygen, it may also affect the measurement results of water oxygen values.

Quick Links

Support

Product Category

Contact Us

Add: No. 111 Tingyi Road, Tinglin Town, Jinshan District, Shanghai 201505,P.R.China
Tel: +86 13600040923

Email: sales.lib@mikrouna.com