Battery Research Machine Vacuum Glove Box for Battery Electrolyte Filling, Vacuum Standing and Case Sealing H2O O2 1ppm

• Customization: Available
• Type: Li-ion Battery
• Cathode Material: Battery Cathode
• Model NO.: GN-GB-2
• Rechargeable: Yes
• Size: Lithium Ion Battery
• Water Oxygen Index: Less Than 1ppm
• Transport Package: Package
• Specification: Can be customized
• Trademark: Gelon
• Origin: China
• Production Capacity: 1000/Month

Product Description

Battery Research Machine Vacuum Glove Box for Battery Electrolyte Filling ,Vacuum Standing and Case Sealing H2O O2 1ppm 

The glove box technical description:

1. Glove box function:

 * Closed loop
The inert gas in the glove box is closed and closed by the circulating fan and the purifier, continuously removing water and removing oxygen.
* Automatic control regeneration
Dewatering and deoxidizing materials can be regenerated, and the regeneration process is controlled by the program.
* Automatic cleaning
The atmosphere in the glove box is replaced by an automatically controlled cleaning valve
* Box pressure control
The pressure inside the glove box is automatically controlled by the PLC. The working pressure can be set freely within +/- 10 mbar. The automatic protection is beyond +/- 12 mbar.
* Vacuum pump automatic control
The vacuum pump requires automatic opening when the system requires it

2. Main components and basic configuration:
Integrated with enclosed cabinet (with inclined operating surface and detachable safety glass front window), transition chamber, circulation purification unit (single column), PLC control and touch screen operating system, vacuum system, display system, bracket, etc.
* 2 304 stainless steel case,total length 2440mm, width 750mm, height 900mm, thickness 3 mm
* 1 large transition chamber of 304 stainless steel, diameter 360mm, length 600mm, right side
* 1 small transition chamber of 304 stainless steel, diameter 150mm, length 300mm, right side

3. Main parameters:
Water oxygen index: less than 1 ppm;  Leakage rate: less than 0.001 vol% / h;