Morgan Advanced Materials - Technical Ceramics
Fairfield, NJ 07004
Thermocouple Housings suit aircraft engine applications.
Constructed from variety of metal components and high-purity Alumina ceramic, Thermocouple Housings handle extreme conditions and maintain hermeticity in harsh environments including high and low cryogenic temperature, corrosive, high pressure, and high vacuum. Housings are resistant to vibration and mechanical shock failure, and are 100% leak-tested with helium. They are also available in 300...
Read More »Thermocouple Housings suit aircraft engine applications.
Constructed from variety of metal components and high-purity Alumina ceramic, Thermocouple Housings handle extreme conditions and maintain hermeticity in harsh environments including high and low cryogenic temperature, corrosive, high pressure, and high vacuum. Housings are resistant to vibration and mechanical shock failure, and are 100% leak-tested with helium. They are also available in 300...
Read More »Aluminum Oxide is suited for disc drive industry.
With hardness and dielectric strength suited for recording read/write heads (TFHs) in disk drives, AL-995TM Aluminum Oxide (A1203) is high-purity alumina ceramic of 99.5% content with consistent homogeneity, density, grain size, and overall physical tolerances. Alumina is RF-sputter-deposited to 25 microns to undercoat and overcoat thin-film magnetic TFHs, exhibiting suitable mechanical, thermal,...
Read More »Aluminum Oxide is suited for disc drive industry.
With hardness and dielectric strength suited for recording read/write heads (TFHs) in disk drives, AL-995TM Aluminum Oxide (A1203) is high-purity alumina ceramic of 99.5% content with consistent homogeneity, density, grain size, and overall physical tolerances. Alumina is RF-sputter-deposited to 25 microns to undercoat and overcoat thin-film magnetic TFHs, exhibiting suitable mechanical, thermal,...
Read More »Pre-Sintered Preforms feature low porosity.
Suited for high-temperature brazing applications, Pre-Sintered Preforms feature less than 2% porosity, which helps eliminate shrinkage. Curved, tapered, and cylindrical shapes are available with thicknesses from 0.010-0.200 in. Curved PSPs eliminate second braze cycle on convex and concave surfaces, while cylindrical PSPs will not sag or overflow during brazing. Intended for dimensional...
Read More »Pre-Sintered Preforms feature low porosity.
Suited for high-temperature brazing applications, Pre-Sintered Preforms feature less than 2% porosity, which helps eliminate shrinkage. Curved, tapered, and cylindrical shapes are available with thicknesses from 0.010-0.200 in. Curved PSPs eliminate second braze cycle on convex and concave surfaces, while cylindrical PSPs will not sag or overflow during brazing. Intended for dimensional...
Read More »Alumina Ceramic Components range from .020-2 in. OD.
Miniature, dry-pressed, alumina ceramic components are intended for miniature electronic devices found in telecommunications, appliance, and electronic applications.
Read More »Alumina Ceramic Components range from .020-2 in. OD.
Miniature, dry-pressed, alumina ceramic components are intended for miniature electronic devices found in telecommunications, appliance, and electronic applications.
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Laser-Discharge Ceramic Capacitors are suited for gas lasers.
Designed for circuits with high peak current and repetition rates, laser discharge ceramic capacitors use strontium-titanate based dielectric material, which exhibits negligible piezoelectric/electrostrictive effect. This allows capacitors to be used in high peak current/high shot life applications. Products offer low dielectric loss, resulting in low self-heating. High breakdown...
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Laser-Discharge Ceramic Capacitors are suited for gas lasers.
Designed for circuits with high peak current and repetition rates, laser discharge ceramic capacitors use strontium-titanate based dielectric material, which exhibits negligible piezoelectric/electrostrictive effect. This allows capacitors to be used in high peak current/high shot life applications. Products offer low dielectric loss, resulting in low self-heating. High breakdown...
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