تطبيق الكشف عن تسرب مطياف كتلة الهيليوم في صناعة بطاريات الليثيوم

From the perspective of improving the quality of lithium battery products, battery factories are paying more and more attention to helium detection, and at the same time, they have put forward higher requirements for helium detection equipment manufacturers. Anhui Bowei is committed to providing more reliable كشف تسرب مطياف كتلة الهيليوم equipment, bringing new helium detection ideas and solutions to the lithium battery industry, and further improving the safety performance of domestic battery products.

As we all know, leakage can cause lithium battery electrolyte volatilization, water seepage, swelling and other problems, resulting in lithium battery performance degradation or even explosion. The sealing performance of the battery shell directly determines the safety factor of the battery, so it is crucial to improve the accuracy and work efficiency of lithium battery leakage detection.

The safety performance of the battery is directly determined by the two helium inspection processes. Leakage detection is a very important part of checking battery safety. Using a كاشف تسرب مطياف كتلة الهيليوم for detection can greatly improve the detection efficiency and leak detection accuracy without causing any impact on the battery itself.

There are many battery assembly production processes: winding, pressing, X-RAY inspection, tab welding, cover welding, chip outer film, machine cover welding, primary ammonia inspection, vacuum baking, primary injection, high temperature storage, conversion, secondary injection, sealing, capacity division, secondary review, static discharge at room temperature, OCV measurement, outer film, sorting group and module assembly. The two helium detection processes directly determine the safety performance of the battery, and leak detection is a necessary stage for checking battery safety.

Using helium mass spectrometer leak detection can significantly improve detection efficiency and leak detection accuracy without causing any impact on the battery.