Chip Components
Glasses suitable for use in various chip components such as ceramic capacitor (MLCC)
and inductor termination pastes.
Chip Inductors
and LTTC
Glasses used in Chip Inductors and LTCC (Low Temperature Co-fired Ceramic) applications.
Colorants
A line of oxide mixtures used as fillers in glass powder mixtures to impart a specific
color.
Display Devices
Glasses used in display applications; dielectric layers and perimeter
seals.
Fiberglass
E & S type glasses suitable for the formation of glass wool or "Fiberglass".
Lead Free
Glass
VIOX offers a line of lead-free glasses suitable for various applications.
Lead Free
Options for LTCC
A variety of Lead Free LTCC Glass Powder options with several derivatives of V1449CMA.
Low Sinter
Temperature
Co-milled compounds composed of low-temperature lead-based or lead-free glasses
with refractory and glass-ceramic additives that help lower normally high expansion
properties of the base glass powders.
Low Temperature
Glass
A unique line of glasses suitable for low temperature sealing applications such
as displays and silicon bonding.
Metal Oxide
Varistors
A selection of glasses suitable for use as insulating coatings on Metal Oxide Varistors
(ZnO "blocks").
Passivation
Glasses
Glasses for passivation applications suitable for use on transistors, thermistors,
thyristors and diodes.
Sealing Applications
A number of glasses suitable for sealing applications are offered or contact us
with your specific sealing requirements.
SOFC Seals
Glass options suitable for Solid Oxide Fuel Cell (SOFC) Seal Glass applications.
Solar Cell
Paste
VIOX offers a line of glasses suitable for Silver (Ag) and Aluminum (Al) pastes
used in solar cell fabrication.
Thick Film
Applications
Glasses suitable for thick film applications such as over glazes, resistors, conductors
and terminations.
Vycor
Equivalent formulations of Vycor are manufactured by Ceradyne VIOX, Inc. in porous
and non-porous versions.
Additional
Options
More than 600 additional glass materials developed for custom applications.