Morgan Advanced Materials - Technical Ceramics
Fairfield, NJ 07004
SiC Ceramic helps extend semiconductor equipment life.
Targeted for semiconductor processing equipment manufacturing, Performance Silicon Carbide (SiC) is manufactured utilizing chemical vapor deposition (CVD) process. Available in ultrapure and low electrical resistivity grades, material properties include high purity, stiffness, thermal shock resistance, and thermal conductivity. Low electrical resistivity Performance SiC, when used in heating...
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SiC Ceramic helps extend semiconductor equipment life.
Targeted for semiconductor processing equipment manufacturing, Performance Silicon Carbide (SiC) is manufactured utilizing chemical vapor deposition (CVD) process. Available in ultrapure and low electrical resistivity grades, material properties include high purity, stiffness, thermal shock resistance, and thermal conductivity. Low electrical resistivity Performance SiC, when used in heating...
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CD Source Retrofit Package supports continuous operation.
Designed to support Intevac 200 lean disk manufacturing system, Diamonex CD Source(TM) Retrofit Package meets requirements of ultra-thin carbon overcoats for magnetic recording hard disks. Broad-beam, high-current density design minimizes surface damage from high-energy ion, while gridless ion source provides high ion flux. Substrate biasing is not required, as ion beam from CD ion source is...
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CD Source Retrofit Package supports continuous operation.
Designed to support Intevac 200 lean disk manufacturing system, Diamonex CD Source(TM) Retrofit Package meets requirements of ultra-thin carbon overcoats for magnetic recording hard disks. Broad-beam, high-current density design minimizes surface damage from high-energy ion, while gridless ion source provides high ion flux. Substrate biasing is not required, as ion beam from CD ion source is...
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Morgan Advanced Ceramics Offers Performance Sic for Semiconductor Processing Equipment
Extending the life of manufacturing equipment, reducing downtime and eliminating contamination Morgan Advanced Ceramics, a leading manufacturer of innovative ceramic, glass, metal and engineered coating solutions, offers Performance Silicon Carbide (SiC) for semiconductor processing equipment manufacturing. Performance SiC is available in two grades, ultrapure and low electrical resistivity....
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Morgan Advanced Ceramics Offers Performance Sic for Semiconductor Processing Equipment
Extending the life of manufacturing equipment, reducing downtime and eliminating contamination Morgan Advanced Ceramics, a leading manufacturer of innovative ceramic, glass, metal and engineered coating solutions, offers Performance Silicon Carbide (SiC) for semiconductor processing equipment manufacturing. Performance SiC is available in two grades, ultrapure and low electrical resistivity....
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GBC Materials Offers Advanced Crucibles for Demanding High Temperature and Thermal Shock Conditions
Ideal for Dental, Jewelry Making and Metal Brazing Industries The GBC Materials Division of Morgan Advanced Ceramics offers VX crucibles for melting high purity metals, such as gold, platinum and palladium. These crucibles are manufactured to provide durability, superior melt speed, and energy efficiency under severe conditions, including high temperatures up to 1450-ºC and severe thermal shock...
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GBC Materials Offers Advanced Crucibles for Demanding High Temperature and Thermal Shock Conditions
Ideal for Dental, Jewelry Making and Metal Brazing Industries The GBC Materials Division of Morgan Advanced Ceramics offers VX crucibles for melting high purity metals, such as gold, platinum and palladium. These crucibles are manufactured to provide durability, superior melt speed, and energy efficiency under severe conditions, including high temperatures up to 1450Ã-ºC and severe thermal...
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Processing System suits optical/industrial applications.
Designed to produce wear-resistant coatings, system offers 3 fundamental deposition techniques: RF Plasma with rotating stage, magnetron for sputtering metals and oxides, and ion beam for direct deposition of DLC and SiO2. It is available in batch and automated load-lock options and features etching capabilities. Able to produce protective, ultrasmooth DLC coatings, system is suited for use in...
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Processing System suits optical/industrial applications.
Designed to produce wear-resistant coatings, system offers 3 fundamental deposition techniques: RF Plasma with rotating stage, magnetron for sputtering metals and oxides, and ion beam for direct deposition of DLC and SiO2. It is available in batch and automated load-lock options and features etching capabilities. Able to produce protective, ultrasmooth DLC coatings, system is suited for use in...
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