电池制造

在半导体和电池制造工艺流程中，杂质会导致产品质量大幅下降。尤其是水污染，因为水分蒸发产生的热量和膨胀产生的压力会引起各种问题，从而导致半导体和电池的质量和性能下降。

在二次电池制造等工业应用中，控制湿度对于确保产品质量和防止缺陷至关重要。制造过程使用除湿机 (DHU) 来确保工艺过程中的循环空气符合严格的规范。

High-temperature environments, such as cathode drying in secondary battery manufacturing, demand sensors capable of withstanding extreme heat to provide real-time, accurate measurements. 

Vaisala’s dew point and humidity sensors excel in these conditions, ensuring precise monitoring and process optimization. Read how to save energy, maintain equipment longevity, and achieve optimal battery performance with the help of Vaisala's products. 

Cathode drying is a crucial, energy-intensive process that greatly impacts battery cell performance. Proper electrode drying prevents degradation, as residual moisture and impurities can reduce battery functionality. Inconsistent drying can lead to lower capacity and faster degradation. Drying also affects electrode thickness and porosity, key factors in battery performance.

Automating the drying process allows manufacturers to optimize heat use, achieve precise dryness levels, reduce costs, and boost production efficiency and yield. Deep dive into cathode drying with this eBook, and avoid pitfalls. 

在锂离子电池、钠离子电池和固态电池等可充电电池生产过程中，湿度控制对于安全性、产品质量和能源效率至关重要。

制造这些电池是一个精细过程，需要在高度受控的超低湿度环境中进行。那么，准确、响应迅速的露点探头如何帮助提高安全性、产量和能源效率呢？

Inconsistencies in manufacturing electrode layers can have a significant negative impact on performance, leading to reduced overall battery capacity, or capacity degradation over time. Drying also influences the thickness and porosity of electrodes, which also affects the battery’s capacity. 

In response to this rapidly growing need, Guangdong LIK Industry has developed a range of environmental test chambers for battery manufacturing that rely on Vaisala’s high-precision sensors. These test chambers are already being used by China’s national inspection center as well as by large enterprises both within China and internationally.

回路校准可在不中断传感器运行的前提下，确保整个环境监测系统的数据完整性和可追溯性。