Enhancing Battery Research with Mikrouna's Innovative Vacuum Glove Box Systems

In the realm of battery research and development, maintaining a controlled environment is paramount. The introduction of Mikrouna's innovative vacuum glove box system, specifically designed for lithium battery laboratories, addresses the stringent requirements of this industry. With advanced features and customizable options, Mikrouna’s glove boxes enhance productivity and safety, making them an essential tool for researchers.

 The Importance of Controlled Environments in Battery Research

Battery research often involves working with highly reactive materials that are sensitive to moisture and oxygen. Even trace amounts of contaminants can significantly impact the performance and stability of battery cells. A vacuum glove box provides a sealed environment that minimizes exposure to these elements, ensuring that experiments yield reliable and reproducible results.

 Features of Mikrouna's Multi-Station Vacuum Glove Box

Mikrouna's multi-station vacuum glove box systems are designed to cater to various operational needs in a laboratory setting. Here are some key features:

1. Double-Sided Dual-Station Design:

   - This configuration allows two researchers to work simultaneously in a face-to-face setup, enhancing collaboration and efficiency. Each side is equipped with two pairs of gloves, enabling seamless interaction while maintaining a controlled atmosphere.

2. Four-Station Capability:

   - For larger teams, Mikrouna offers a double-sided four-station glove box. This design accommodates four operators, with material transfer chambers on both sides to facilitate the easy passage of materials and tools while preserving the integrity of the environment.

3. Advanced Purification Systems:

   - The glove box is equipped with a dual purification system that effectively removes moisture and oxygen. Utilizing a copper catalyst and molecular sieve, the system ensures that water and oxygen levels remain below 1 ppm, critical for lithium battery research.

4. Customizable Dimensions and Features:

   - Mikrouna understands that each laboratory has unique requirements. Their glove boxes can be customized in size (e.g., 1800x750, 2440x750 mm) and can integrate additional functionalities such as refrigerators, heating chambers, and independent purification systems.

5. Robust Construction:

   - Constructed from 304 stainless steel with a thickness of 3mm, Mikrouna’s glove boxes are designed for durability and chemical resistance. The inner surface features an oil film drawing finish that enhances cleanliness and ease of maintenance.

 Specifications and Performance

Mikrouna's glove boxes are engineered with precision to meet the demands of modern research:

- Purification Capacity: The purification column can remove up to 60L of oxygen and 2kg of water, ensuring a stable environment for sensitive experiments.

- Circulation System: The integrated fan system provides a flow rate of 90 m³/h, with options for higher capacities of 145 m³/h and 180 m³/h, ensuring efficient air circulation within the glove box.

- Vacuum Pump Options: Available vacuum pumps with specifications of 12 m³/h and 16 m³/h ensure effective evacuation of the glove box, maintaining the necessary vacuum conditions for optimal performance.

- Control System: Equipped with a Siemens S7 control system and a touch screen interface, users can easily monitor and adjust the glove box conditions. The system includes features for self-diagnosis, pressure control, and adaptive functions.

 Applications in Battery Research

The versatility of Mikrouna's multi-station vacuum glove boxes makes them suitable for various applications in battery research, including:

- Material Testing: Researchers can safely handle and test reactive materials without the risk of contamination from ambient air.

- Cell Assembly: The glove box provides a controlled environment for assembling battery cells, ensuring that moisture-sensitive components are protected.

- Electrochemical Analysis: With low oxygen and moisture levels, researchers can conduct precise electrochemical experiments to evaluate battery performance.

 Integration with Battery Manufacturing Equipment

Mikrouna’s glove boxes are not only essential for research but also integrate seamlessly with advanced battery manufacturing equipment:

1. Lithium Automatic Production Line:

   - This production line can realize fully automatic scanning, liquid injection, weighing, replenishment, and sealing within the super-purified glove box. This setup enables efficient and completely unmanned automatic production, significantly saving labor costs while improving production capacity, product quality, and yield rates. This production line represents a revolution in lithium and supercapacitor production.

2. Lithium Metal Solid-State Battery Research Equipment:

   - This production line consists of a four-section glove box system, including a front round heating bin and a rear square transition bin. It features various machines such as lithium strip cutting machines and negative electrode sheet making machines, enabling different dehumidification functions crucial for solid-state battery research.

3. Sodium-Ion Battery Automated Production Line:

   - This advanced production line can independently complete operations such as quantitative powder injection, high-temperature heating, automatic sealing and welding, and vacuum welding of the annular sealing end cover. The entire process realizes automated transmission and production, making it a complete and advanced sodium-ion battery automated production line.

 Conclusion

Mikrouna's double multi-station vacuum glove box with water and oxygen purification systems represents a significant advancement in the field of battery research and manufacturing. By providing a controlled environment that minimizes contamination risks, these glove boxes enhance the reliability and efficiency of laboratory operations and production lines. With customizable features and robust construction, Mikrouna is committed to supporting researchers and manufacturers in their quest for innovation in battery technology.

Choosing Mikrouna means selecting a reliable partner dedicated to advancing scientific research and industrial production. For more information on our vacuum glove box systems and how they can benefit your laboratory or production line, please contact us today. Together, we can pave the way for groundbreaking discoveries in battery technology and beyond.