In the wave of high-quality development in the new energy lithium battery industry, cathode materials, as a core component of lithium batteries, have their cleanliness directly impacting battery safety performance, energy density, and cycle life. The industry has placed stringent demands on the efficiency and accuracy of cleanliness testing in the production process of cathode materials. As a leading enterprise in the domestic lithium battery cathode material field, Yacheng focuses on the research and development and production of lithium iron phosphate and ternary cathode materials. Its products are widely supplied to leading battery companies, and its large-scale production capacity requires higher standards for the batch demand and quality assurance of cleanliness testing equipment. Recently, Yacheng purchased multiple sets of cleanliness testing instruments from Infiro, which will comprehensively cover the core testing links of all its production bases. This bulk purchase reflects Yacheng's high recognition of Infiro's equipment performance and service capabilities.

Fast scanning speed and precise measurement are the core performance reasons why Yacheng chose Infiro. Infiro's cleanliness testing instrument is equipped with a new generation of high-speed scanning modules and intelligent analysis algorithms, achieving a double breakthrough in detection efficiency and accuracy: the single-sample scanning and detection time is only 2.5 minutes, an improvement of more than 40% compared to similar equipment in the industry. This perfectly matches the batch testing rhythm of Yacheng's tens of thousands of tons of cathode material production capacity, significantly reducing the impact of the testing process on production flow. In terms of measurement accuracy, it can accurately capture tiny impurity particles above 5μm, and the detection error is strictly controlled within 2%, effectively distinguishing various harmful impurities. The detection data conforms to authoritative standards in the lithium battery industry, providing reliable data support for quality control of cathode materials and avoiding battery safety risks caused by impurities from the source.

Rapid service response is another key advantage that enabled Infiro to win Yacheng's bulk purchase. To address Yacheng's multi-site layout and the need for simultaneous deployment of multiple sets of equipment, Infinilo assembled a dedicated service team and built a comprehensive, rapid-response service system: In the initial stage, they responded to requests within 12 hours, conducted in-depth on-site surveys at each production base, and customized personalized testing solutions based on different cathode material production processes; in the intermediate stage, they ensured simultaneous installation and commissioning of multiple sets of equipment, committing to completing the deployment and commissioning of all equipment within 48 hours, and providing one-on-one specialized operational training to ensure operators could quickly master the equipment; in the later stage, they provided a 24/7 technical support hotline and established a regular inspection mechanism, ensuring equipment malfunctions were responded to within 2 hours and resolved within 24 hours, comprehensively guaranteeing the stable and efficient operation of multiple sets of equipment and providing continuous service support for cleanliness control throughout Yacheng's entire production process.

This large-scale bulk purchase by Yacheng represents a significant breakthrough for Infinilo's cleanliness testing instruments in the field of lithium-ion battery cathode materials, fully demonstrating the precise adaptability of its product performance and service system to the needs of large-scale production in the industry. In the future, Infinilo will continue to focus on the pain points of cleanliness control in the lithium-ion battery industry, iteratively upgrading equipment technology and service response mechanisms, providing efficient, accurate, and reliable cleanliness testing solutions for more leading lithium-ion battery material companies, and contributing to the high-quality development of the new energy lithium-ion battery industry.