A filler-rich silanol composite cures into a strongly adherent, thermally stable potting material with reduced shrinkage for electronics.
A silanol-filled potting compound bonds to OH-bearing surfaces to improve heat transfer, adhesion, and thermal stability without pressure or vacuum.
Metallurgical joints replace adhesives to prevent environmental degradation and false breakage signals in crack detection systems.
Carbon nanotube and graphite fillers tune dielectric layer resistivity, eliminating dopant migration and moisture dependence in electrophoretic displays.