Inorganic glass flux enables liquid phase sintering to reduce porosity in dielectric layers without melting the metallic foil substrate.
Low oxygen permeation resin film and high thermal stability adhesive prevent oxidation degradation in silicon carbide power devices.
Glass ceramic layers within 100 μm of principal surfaces supply glass components to reduce thermal expansion coefficients in multilayer ceramic substrates.
Matching dielectric constants between quartz glass cloth and organic resin reduces transmission loss and skew in millimeter-wave communication substrates.
O2 plasma treatment removes resin smear from via drill holes before electrolytic plating, ensuring reliable conduction performance.