Glove box for battery research
Glove Box for Battery Research
Ultra-Low Oxygen & Moisture Controlled Environment
O₂ < 1 ppm | H₂O < 1 ppm
Product Overview
The Glove Box for Battery Research from Burhani Engineering Technology is purpose-engineered for lithium-ion, sodium-ion, solid-state, and next-generation battery R&D. The system provides a highly controlled inert atmosphere with ultra-low oxygen and moisture levels, ensuring safe handling of sensitive battery materials such as lithium metal, electrolytes, and electrode powders.
With integrated vacuum, gas purification, and precision monitoring, this glove box enables repeatable, contamination-free battery research and prototyping.
Why Use a Glove Box for Battery Research
✔ Prevents moisture-induced electrolyte degradation
✔ Protects lithium and sodium metals from oxidation
✔ Ensures repeatable electrochemical performance
✔ Enables safe electrode preparation and cell assembly
✔ Supports advanced battery R&D workflows
Performance Capabilities
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Atmosphere Control: Inert gas (Argon / Nitrogen)
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Oxygen Level: < 1 ppm
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Moisture Level: < 1 ppm (H₂O)
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Vacuum & Purge: Rapid atmosphere conditioning
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Pressure Stability: Designed for continuous operation
Design & Construction
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High-clarity acrylic or stainless-steel enclosure
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Leak-tight chamber for long-term stability
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Ergonomic glove ports for fine assembly work
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Excellent internal visibility for precision handling
Vacuum & Gas Purification System
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Vacuum evacuation to remove residual air
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Inert gas purging and circulation
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Dual-stage purification system:
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Oxygen removal: Getter / catalyst technology
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Moisture removal: Molecular sieve / desiccant
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Fast recovery to sub-ppm levels after access
Monitoring & Control
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High-accuracy Oxygen Analyzer (ppm range)
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Precision Moisture / Dew Point Sensor
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Digital display with programmable alarms
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Optional data logging and remote monitoring
Technical Specifications
| Parameter | Specification |
|---|---|
| Application | Battery research & development |
| Chamber Material | Acrylic / Stainless Steel |
| Atmosphere Gas | Argon / Nitrogen |
| Oxygen Level | < 1 ppm |
| Moisture Level | < 1 ppm |
| Vacuum Level | Up to 10⁻³ mbar |
| Glove Ports | 2 or more (customizable) |
| Glove Material | Butyl / Viton |
| Antechamber | Optional (single / dual) |
| Feedthroughs | Electrical, gas, vacuum |
| Pressure Control | Manual / automatic |
| Power Supply | 230 VAC, 50/60 Hz |
Typical Battery Research Applications
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Lithium-ion cell assembly
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Solid-state battery development
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Sodium-ion and next-gen batteries
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Electrode coating, drying & cutting
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Electrolyte preparation and filling
Standard Supply
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Battery research glove box enclosure
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Integrated vacuum & purge system
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Gas purification and circulation unit
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Oxygen and moisture analyzers
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Glove ports with gloves
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Digital control panel
Optional Upgrades
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Dual-station or large-volume chamber
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Automatic pressure control
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Dew point monitoring (−60 °C / −70 °C)
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Integrated balance, crimper, or sealer ports
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Data logging & remote access
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Custom battery research layouts
Why Burhani Engineering Technology?
Burhani Engineering Technology specializes in high-purity glove box systems for energy storage research. Our battery research glove boxes are designed for safety, accuracy, and long-term reliability, supporting cutting-edge battery innovation.
📞 Contact Us
+91 9677296252.
For a custom glove box solution for battery research, contact Burhani Engineering Technology today.
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