As the new energy vehicle industry is booming, electrolyte leakage detection is a key quality inspection link for manufacturers to ensure battery sealing safety.A well-known battery manufacturing company has long been troubled by the inefficient and high-cost leakage detection problem of battery electrolyte.

In order to break through this dilemma, the company sought a solution from its long-term cooperative partner, Haris.After in-depth understanding of the customer's needs and the characteristics of the battery, the Hirays technical team recommendedHM-200 online mass spectrometer,Through mass spectrometry analysis technology, the composition and concentration of residual gas in the vacuum chamber can be accurately quantified and electrolyte leakage can be effectively identified.

①Multi-cavity inspection design: HM-200 online mass spectrometer supports multi-cavity rotation detection, shortening the detection cycle of a single station by 30%, effectively meeting the high-frequency detection needs of battery production lines;

②Core self-research, high precision and cost reduction:The HM-200 online mass spectrometer is equipped with the core RGA residual gas analyzer developed by Hirays, which uses mass spectrometry to directly and accurately detect the electrolyte without the need for tracer gas, effectively reducing costs.Its detection accuracy is up to5*10^-8mbar・L/s, with the advantages of strong anti-interference and no missed judgments。

IntroducingAfter installing the HM-200 online mass spectrometer, the design of multi-cavity rotation inspection has improved customers' detection efficiency. At the same time, the instrument's high stability and low consumable requirements have reduced the company's annual investment in detection equipment by 40%, truly achieving the goal of cost reduction and efficiency improvement.Relying on Hiraysi's one-stop solution for battery leakage detection, the company has significantly improved its product quality and occupies a more favorable position in the market competition.