In-depth Analysis of Technical Parameters of Battery Plate Curing and Drying Room: Revealing the Key to High-Quality Battery Manufacturing

Contents:

1. Introduction

2. Technical Parameters and Control in the Curing Phase

3. Technical Parameters and Control in the Drying Phase

4. PLC Control System and Touch Screen Control Panel

5. Unique Humidification Method

6. Enhanced Safety Features

7. Conclusion

In the field of battery manufacturing, the battery plate curing and drying chamber is a critical production link. Its technical parameters and performance characteristics directly affect the quality and performance of the battery. This article will provide an in-depth analysis of the technical parameters of the battery plate curing and drying chamber and reveal how it aids in the manufacture of high-quality batteries.

During the curing phase, the curing and drying chamber demonstrates excellent control capabilities. It can precisely control the temperature between chamber temperature and 75°C while maintaining humidity above 95%. This control range not only ensures a stable temperature and humidity environment for the battery plates during curing but also further promotes the optimization and stability of their internal structure. With such precise control, the battery plates can form stable crystal structures, thereby improving their electrochemical performance and cycle life.

In the drying phase, the curing and drying chamber also performs excellently. It controls the temperature between chamber temperature and 80°C and reduces the humidity to below 10%. Such precise control helps the battery plates gradually release internal stress while avoiding problems such as cracks or deformation due to over-drying. Through reasonable temperature and humidity control, the curing and drying chamber ensures that the battery plates maintain stable shapes and sizes during the drying process, thereby improving the assembly performance and reliability of the batteries.

In addition to excellent control capabilities, the curing and drying chamber is equipped with an advanced PLC control system and a touch screen control panel. This allows operators to easily set and adjust process parameters, achieving a highly automated production process. Moreover, the system can store up to 20 sets of different process parameters, each with up to 10 segments, and a maximum execution time of up to 999 minutes. This flexibility ensures that the curing and drying chamber can meet the production needs of battery plates of different specifications and types, providing battery manufacturers with a wide range of production options.

In terms of technological innovation, the curing and drying chamber adopts a unique humidification method. It can automatically switch between atomized water and steam injection humidification according to the actual temperature or specific user requirements. This intelligent humidification system provides the best humidity environment for the battery plates, further improving the quality and stability of the products. With the application of the intelligent humidification system, the curing and drying chamber can better meet the strict requirements of the battery plates for the humidity environment, thus ensuring the stability and consistency of battery performance.

Moreover, the curing and drying chamber also focuses on enhancing safety features. It is equipped with comprehensive alarm functions for fan circuit faults, over-temperature limits, and pressure detection. In case of faults or abnormalities, the system immediately issues sound, light, and text prompts to ensure that operators can promptly handle the situation and guarantee the safety of the production process. Through comprehensive safety performance design, the curing and drying chamber provides battery manufacturers with a safe and reliable production environment.

In conclusion, the battery plate curing and drying chamber, with its precise technical parameters, advanced process design, and continuous innovation efforts, plays a pivotal role in the field of battery manufacturing. It not only improves the quality and performance of products but also brings operators a convenient and efficient production experience. For users concerned about battery quality and technological innovation, the curing and drying chamber is undoubtedly a field worth exploring in depth.