MLCC, as the core passive component of modern electronic devices, is a multi-layer ceramic capacitor. The uniformity and particle size of the ceramic dielectric layer directly affect its product performance, while the dispersion quality of the slurry directly affects the density and thickness uniformity of the ceramic dielectric layer.

The microjet homogenizer utilizes the collision shear effect of ultra-high pressure fluid jet,It can achieve ultra-fine and uniform dispersion of materials, especially nano/submicron particles, effectively overcoming the core pain points of particle aggregation, wide particle size distribution, and poor batch stability commonly found in traditional dispersion processesIt is the core technical link to ensure the dispersion quality of ceramic medium slurry.

At the same time, the large-scale production type micro jet homogenizer is equipped with24-hour continuous operation, good pressure stability, flexible and adjustable single/multi-channel collision mode, PLC fully automatic control, etcSeveral advantages have shown excellent performance in practical industry applications, with good feedback, providing a solid guarantee for efficient and stable large-scale production;

Nuoze Fluid Technology has long been deeply involved in the field of micro nano technology applications. After more than a decade of technological innovation and product iteration, micro jet homogenization and dispersion technology is widely used in the MLCC industry,Successfully served numerous industry-leading enterprises including Fenghua High tech, Sanhuan Group, Boqian New Materials, Guoci Materials, Huawei, etc;

With mature and stable technical strength, rich experience in large-scale production line applications, and a deep understanding of the strict requirements of large-scale mass production, we have become a trusted core process partner for MLCC manufacturers, continuously empowering customers to improve product quality and core competitiveness.

In the future, Nuoze Fluid will continue to deeply cultivate the core technology field of electronic materials, work together with industry chain partners, and jointly build a new chapter in the development of high-performance MLCC!