Influence of ceramic substrate porosity and glass phase content on the microstructure and mechanical properties of metallized ceramics via an activated Mo-Mn method

Research Progress of Ceramic Metallization Technology

“…Only when the interface of each interface layer is clear can it be proved that the interface layers are firmly connected by chemical bonding, without forming a fragile middle layer or being damaged. If the structure of the metallized layer is loose, the Ni layer or the solder layer will enter into the metallized layer, which will affect the welding strength, and the air will be released under vacuum due to the poor air tightness [20] .For ceramic matrix, the matrix porosity and pore diameter size also influences the glass phase diffusion, manganese content in the aperture size of glass phase manganese content in the capillary force is the main driving force, porosity is directly affecting the manganese content in the matrix of the absorption rate of glass phase, and glass phase content in the matrix affects the manganese content of glass phase diffusion depth, so the metallized layer of organization evolution and mechanics performance change is also affected by the matrix microstructure [21] . Coating method：Coating methods affect the uniformity of metallized paste coating.…”