Recently, Infiro Precision Technology's cleanliness testing instrument officially entered the production base of Tianci Materials, specifically for the precise detection of metal foreign particles larger than 5μm in electrolytes. This collaboration will leverage advanced detection technology to build a strong safety barrier for the quality of Tianci Materials' electrolyte products, supporting its quality upgrade in the field of new energy battery materials.
Against the backdrop of the rapid development of the new energy battery industry, electrolytes, as the core carrier of battery energy transfer, have their purity directly determining the safety and lifespan of batteries. Data shows that metal foreign particles with a diameter exceeding 5μm may trigger dendrite growth during battery charging and discharging, eventually puncturing the separator and causing short circuits, or even leading to thermal runaway risks, making them an "invisible killer" of battery safety. Therefore, strictly controlling the content of metal foreign particles in electrolytes has become a key link in the quality control of new energy materials companies.
The Infiro cleanliness testing instrument, which has recently been introduced, adopts the principle of polarized light detection, boasting high measurement accuracy and fast scanning speed, and can accurately capture and quantify metal foreign particles larger than 5μm in electrolytes. The equipment is equipped with an intelligent data analysis system, which can output detection results in real time, enabling rapid early warning of foreign particle contamination, effectively compensating for the shortcomings of traditional detection methods such as low efficiency and insufficient accuracy. At the same time, the equipment complies with international industry standards such as ISO 16232, and can adapt to the detection needs of Tianci Materials' large-scale production, ensuring the standardization of the detection process and the reliability of the data.
As a leading enterprise in the field of new energy electrolytes, Tianci Materials has always controlled product quality with rigorous standards. The introduction of the Infiro cleanliness testing instrument will further improve its full-process quality control system, reducing the risk of electrolyte contaminants from the source and enhancing the core competitiveness of its products. A representative from Infiro stated that they will leverage their professional technical team to provide Tianci Materials with comprehensive equipment operation and maintenance and technical support, helping them achieve efficient and precise quality control.
This collaboration not only represents a complementary use of each other's strengths but also highlights the new energy materials industry's emphasis on refined quality control. In the future, with the in-depth application of testing technologies, it will drive the quality of electrolyte products to higher standards, providing a solid guarantee for the safe development of the new energy battery industry.
