Ceramic Forum's Goals
From "Wide Bandgap Semiconductor" such as SiC Bulk Wafers and GaN Wafers, and "Glass Melting Technology" such as Precision Molding Simulation and Glass Melting Engineering,
Ceramic Forum's Technical Sales will propose the best technology and products to customers.
Wide Bandgap Semiconductor
SiC Wafers, GaN Wafers,
DLTS Measurement Devices, etc.
Glass Manufacturing Technology
Precision Molding Simulation,
Glass Welding Engineering, etc.

Technical Sales will select the best technology and products for customers.

News&TopicsNews & Topics
Importing the latest technology from
European partner companies

Wide-Band-Gap Semiconductor
Wide-Band-Gap Semiconductor
Wide-Band-Gap Semiconductor
Wide-Band-Gap Semiconductor
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What is Wide-Band-Gap Semiconductor?
Wide-Band-Gap Semiconductor refers to semiconductors with a large band gap, possessing such excellent properties as wide band gap, high breakdown electric field, high saturation electron velocity, and high thermal conductivity. These characteristics enable high-voltage devices, high-frequency high-output devices, and other next-generation devices that cannot be realized with existing mainstream semiconductors such as Si (silicon) and GaAs (gallium arsenide) due to the limitations of material properties.
Wide-Band-Gap Semiconductor is expected to be a powerful solution to the global and social keywords of "energy saving" and "CO2 emission reduction" such as electric vehicles, LEDs, solar cells, and the new energy and smart grid-centered new network infrastructure, and is currently attracting a lot of attention. Generally, Wide-Band-Gap Semiconductors have a high potential, but they have a disadvantage that it is very difficult to obtain high-quality crystals, so there are various types from SiC, which is mass-produced, to diamonds, which are still in the development stage.
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What is Wide-Band-Gap Semiconductor?
The Semiconductor Department of Ceramic Forum Co., Ltd. provides a wide range of products and services for Wide-Band-Gap Semiconductors, which are next-generation semiconductors with a high potential, but have a disadvantage that it is very difficult to obtain high-quality crystals, so there are various types from SiC, which is mass-produced, to diamonds, which are still in the development stage. Wide-Band-Gap Semiconductors are expected to be a powerful solution to the global and social keywords of "energy saving" and "CO2 emission reduction" such as electric vehicles, LEDs, solar cells, and the new energy and smart grid-centered new network infrastructure, and are currently attracting a lot of attention. Wide-Band-Gap Semiconductors have a high potential, but they have a disadvantage that it is very difficult to obtain high-quality crystals, so there are various types from SiC, which is mass-produced, to diamonds, which are still in the development stage.
The Semiconductor Department of Ceramic Forum Co., Ltd. provides a wide range of products and services for Wide-Band-Gap Semiconductors, which are next-generation semiconductors with a high potential, but have a disadvantage that it is very difficult to obtain high-quality crystals, so there are various types from SiC, which is mass-produced, to diamonds, which are still in the development stage.
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About Glass Manufacturing Technology
The overall production performance of the Japanese glass industry has decreased, but the demand for new infrastructure materials such as the following has increased.
Display, optical high-tech glass、
Glass in developing countries such as plate glass, bottle glass, fiber glass、
Safety glass, environmental protection measures using double-layer glass、
Basis materials for solving energy problems such as solar power and wind powerGlass melting technology
Especially in the area of glass melting, we strive for rationalization of energy saving and environmental issues. The most important theme is the energy saving and high quality of glass melting technology. We propose a total solution by combining the three steps of glass simulation⇒glass product analysis business⇒glass melting engineering business with our European partners.
Contact Glass Department