Application Of Glove Box In Lithium Ion Battery Generation Marketplace
one. Security challenges in the process of lithium ion battery testing, creation, transportation and use
Basic safety is to know whether or not the material (pure matter) or its substances (mixtures) are flammable, explosive, reactive, sickness-triggering, hugely harmful, radioactive, corrosive, environmentally polluting, and many others .
The transporter (could leak), the operator gloveboxes (may get in touch with), the conclusion product or service user (use security), and of study course environmental safety.
2. Remedies to security concerns
The remedy to the safety challenge of lithium ion batteries is generally in the check and manufacturing approach.
Because of to the incredibly high oxidizability of lithium metallic to water vapor and oxygen, the simple problems and devices specifications for the growth of lithium ion polymer batteries are pretty stringent, regardless of former testing or assembly, they need to be in water and oxygen focus Carried out in particularly reduced surroundings, these kinds of as glove box water, oxygen concentration is significantly less than 1PPM.
In the producing process of lithium batteries, water is the largest enemy. Water may decompose the electrolyte and affect the general performance of the battery. Water will also react with the good and damaging materials, so when filling the battery, it requires to be carried out in a glove box with a low moisture material, and it can only be taken out of the glove box after filling and sealing.
3. Applicable safety actions — check devices (functioning environmen
>Etelux glove box is also known as super clean glove box. The style and design efficiency of the glove box is to manage the atmosphere to oxygen articles <1ppm and water content <1ppm. This process is achieved through an air purification system equipped with automatic valves and easy to install.