Introduce
Vacuum drying oven is used for drying battery materials and electrode(electrode drying oven).
The square working room maximizes the effective volume, and the microcomputer temperature controller ensures precise and reliable temperature control. The tempered, double-glazed door can be used to observe objects in the studio and can be filled with inert gas. The door closing tightness can be adjusted, and the integrally formed silicone rubber door sealing ring is used. Ensure high vacuum in the box.
The studio is made of polished mirror stainless steel panels to ensure the product is durable. Storage, heating, testing and drying are all carried out in an environment without oxygen or filled with inert gas, so there will be no oxidation. The shortest heating time is reduced by more than 50% compared with traditional vacuum drying ovens. vacuum oven drying.
Single layer vacuum drying oven
Features
- The cuboid working room makes full use of the effective volume, and the microcomputer temperature controller ensures reliable temperature control accuracy;
- Tempered and bulletproof double-glazed doors;
- The closing tightness of the box can be adjusted, and the integrally formed silicone rubber door seal ensures high vacuum in the box;
- Storage, heating, testing and drying are all carried out in an environment without oxygen or filled with inert gas, and will not oxidize;
- Short heating time
Main Parameters
- Studio material: 304 stainless steel plate
- Screen: 1 layer stainless steel screen;
- Temperature range: RT+10~250℃;
- Temperature fluctuation: ≤±0.5℃;
- Temperature uniformity: ≤±2.5﹪;
- Power supply: AC220V 50Hz;
- Power consumption: 500W;
- Studio size: 300*300*275mm
- Approximate dimensions: L720*W480*H550mm
- Vacuum degree: ≤133pa
Lithium-ion Battery And Vacuum Drying Ovens
xiaowei battery Laboratory Research equiment video lab vacuum drying oven.
The battery vacuum drying oven is a kind of equipment specially used for battery manufacturing. It is mainly used for drying and baking battery pole pieces and other process steps to improve the quality and performance of the battery.
During the battery manufacturing process, the battery pole pieces need to be dried to ensure that the inside is completely dry and to avoid degradation of battery performance due to moisture.
1. The temperature range of battery vacuum drying oven is usually between 100℃~300℃. The specific temperature depends on different battery types and requirements. In the manufacturing of lithium batteries, it is usually necessary to bake the battery pole pieces at high temperatures to accelerate water evaporation and improve battery quality and performance. Excessive temperature will cause the battery pole pieces to lose structural stability and affect the safety performance of the battery, so it needs to be accurately adjusted according to different battery types and requirements.
2. The vacuum degree of the battery vacuum drying oven usually needs to reach a high vacuum degree of 10^-3Pa~10^-5Pa to ensure that the inside of the battery is completely dry. A high degree of vacuum allows moisture to evaporate quickly at low temperatures, ensuring that the inside of the battery is completely dry. At the same time, baking under high vacuum can avoid oxidation reactions and excessive vapor concentration, thereby preventing chemical reactions in the battery pole pieces and improving the safety and stability of the battery.
3. The battery vacuum drying oven adopts PID or PLC automatic control system to accurately control the pressure changes of the battery vacuum drying oven. This can avoid pressure fluctuations during the baking process and maintain a stable vacuum degree, thus ensuring the baking effect and battery quality. In addition, the automatic control system can also monitor parameters such as temperature and time during the baking process to adjust baking parameters in a timely manner to ensure the stability and reliability of the baking effect.