Application Of Glove Box In Lithium Ion Battery Generation Market

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1. Basic safety challenges in the process of lithium ion battery testing, output, transportation and use

Basic safety is to know no matter whether the material (pure issue) or its components (mixtures) are flammable, explosive, reactive, gloveboxes condition-causing, remarkably toxic, radioactive, corrosive, environmentally polluting, etc .

The transporter (could leak), the operator (may make contact with), the conclude product or service consumer (use basic safety), and of course environmental protection.

2. Alternatives to safety troubles

The alternative to the protection problem of lithium ion batteries is primarily in the test and generation method.

Thanks to the particularly high oxidizability of lithium metal to h2o vapor and oxygen, the fundamental circumstances and equipment prerequisites for the development of lithium ion polymer batteries are very demanding, no matter of prior testing or assembly, they have to be in drinking water and oxygen focus Carried out in very low environment, this kind of as glove box drinking water, oxygen focus is significantly less than 1PPM.

In the manufacturing method of lithium batteries, drinking water is the most significant enemy. Drinking water may decompose the electrolyte and have an affect on the functionality of the battery. Water will also react with the beneficial and adverse components, so when filling the battery, it demands to be carried out in a glove box with a lower humidity articles, and it can only be taken out of the glove box immediately after filling and sealing.

3. Related basic safety steps — exam products (functioning settin

>Etelux glove box is also called super thoroughly clean glove box. The design efficiency of the glove box is to handle the natural environment to oxygen content <1ppm and water content <1ppm. This process is achieved through an air purification system equipped with automatic valves and easy to install.