MLCC (Multi Layer Ceramic Capacitor) is an indispensable and important component in today's electronic devices, playing a crucial role in various electronic devices. The process pain points in the MLCC production process, especially the agglomeration of nanoscale nickel powder and the discontinuity and unevenness of the internal electrode after sintering, have long plagued the industry. However, with the development of advanced technology in screen printing
NPO series nickel internal electrode conductive pasteWith the emergence of this issue, a breakthrough has finally been achieved.
1、 Addressing process pain points: stability and dispersibility of nickel slurry
During the production process of MLCC,
Nano scale nickel powderThe ease of reunion has always been a challenge. The screen printing NPO series nickel internal electrode conductive paste developed by Advanced Institute Technology is precisely designed to solve this problem. The nickel slurry has good dispersibility and stability, which can effectively prevent the agglomeration of nickel powder, thereby ensuring the uniformity and stability of the conductive slurry. This not only helps to improve the reliability of MLCC components, but also enhances their voltage resistance, providing a guarantee for the long-term stable operation of electronic devices.
2、 Optimizing sintering process: upgrading slurry adhesion and electrode continuity
The discontinuity and unevenness of the electrodes in MLCC are important factors affecting the performance and reliability of the components. pass through
Advanced Institute of TechnologyThe development of screen printed NPO series nickel internal electrode conductive paste has effectively solved this problem. The slurry can have good adhesion with the dielectric layer after stacking, and can maintain good electrode continuity and flatness after sintering. This not only improves the performance of MLCC components as capacitors, but also enhances their stability in high voltage and high frequency environments, further improving the reliability of the components.
3、 Control sintering process: improvement of shrinkage matching characteristics
The generation of cracks has always been a headache during the sintering process of MLCC. However, by adjusting the formulation of additives in the NPO series nickel internal electrode conductive paste for screen printing, the shrinkage matching characteristics during sintering can be effectively controlled, thereby improving crack problems and increasing production yield and reliability. The breakthrough of this technology will bring great convenience to the quality control in the MLCC production process, further promoting the development of the entire industry.
Conclusion: Screen Printing NPO Series
Nickel internal electrode conductive pasteThe emergence of MLCC has brought unprecedented breakthroughs in solving the process pain points in MLCC production. The improvement of its stability and dispersibility has improved the agglomeration problem of nanoscale nickel powder; The upgrade of slurry adhesion and electrode continuity has improved the discontinuity and unevenness of internal electrodes; The improvement of shrinkage matching characteristics in controlling the sintering process effectively solves the problem of cracking. The application of these technological innovations has greatly improved the reliability and voltage resistance of MLCC components, laying a solid foundation for the stable operation of modern electronic devices and bringing broader prospects for the further development of the industry.
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