This series of products is applicable to the production of MLCC products. Nano-sized nickel powder is easy to agglomerate and the internal electrode is easy to appear electrode discontinuity and unevenness after sintering, therefore the nickel paste with good dispersion and stability has been developed. It shows good adhesion with the dielectric layer after stacking and good electrode continuity and flatness after sintering, it also greatly improves the reliability and compressive strength of MLCC components. The shrinkage matching, crack, yield and reliability can be improved by adjusting the additives.

This series of products is applicable to the production of MLCC products. Nano-sized nickel powder is easy to agglomerate and the internal electrode is easy to appear electrode discontinuity and unevenness after sintering, therefore the nickel paste with good dispersion and stability has been developed. It shows good adhesion with the dielectric layer after stacking and good electrode continuity and flatness after sintering, it also greatly improves the reliability and compressive strength of MLCC components. The shrinkage matching, crack, yield and reliability can be improved by adjusting the additives.

Compared with the traditional screen printing process, the next generation of printing technology for MLCC is gravure printing technology, which has the characteristics of good printing pattern, thin thickness and high efficiency. After high-temperature sintering, the metal surface of the products is dense, good conductivity and reliability.