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Energy & Environmental
Ceramics, which have excellent mechanical and thermal properties, contribute to the environment by increasing the durability of parts and reducing the frequency of replacement. Ceramics play an active role in the manufacturing process of batteries where contamination with metal impurities is not allowed, and in the casting process of molten metal exposed to high temperatures.
Product examples
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Substrates for Power ModulesHigh-strength substrates compatible with the direct bonding of copper sheets are suitable for a wide range of power module applications.- High Strength
- Low Thermal Expansion
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Heat Dissipation Structure Ceramic SubstratesMonolithic ceramic structure with no bonding material for long-term reliability.- Design flexibility
- High-Temperature Durability
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Aluminum Foundry & Casting ProductsParts for molten aluminum processing showcase the advantages of Kyocera Silicon Nitride.- High-Temperature Strength
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Heat Exchanger Tubes for Garbage IncineratorsLong life SiC heat exchanger tubes provide superior thermal conductivity.- Heat Resistance
- High Thermal Conductivity
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Protection Tubes for ThermocouplesProtection tubes for thermocouples offers superior corrosion resistance and high-temperature strength.- High-Temperature Strength
- Corrosion Resistance
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Chamber WindowsKyocera's ultra-pure sapphire is both plasma and heat resistant.- Heat Resistance
- Plasma Resistance
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Feedthroughs (Multi-pin)Multi-pin terminal feedthroughs are based on advanced ceramic-to-metal bonding technology.- Airtightness
- Bonding Technology
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Feedthroughs (Coaxial)Used in a wide range of applications, from radiation light sources and nuclear science to industrial equipment.- Airtightness
- Bonding Technology
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Isolator FlangesCeramic isolator flanges used in advanced experimental laboratories.- Airtightness
- Bonding Technology
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FeedthroughsHighly reliable feedthroughs are proven components in a range of industrial sectors.- Airtightness
- Bonding Technology
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Sapphire Windows with Vacuum FlangeThe combination of our materials and bonding technologies produces sapphire windows with outstanding performance in ultra-high vacuum environments.- Airtightness
- Bonding Technology
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SiN (SN287) RF WindowsKyocera's technology enables non-oxide ceramic to be bonded with metals.- Airtightness
- Bonding Technology
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Hermetic Subminiature D type Ceramic FeedthroughsSubminiature D type Ceramic Feedthroughs have good hermetic properties for Ultra High Vacuum Application.- Insulation Property
- Airtightness
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Special Brazed FeedthroughsBrazed with aluminum or non-magnetic metals is available.- High Thermal Conductivity
- Insulation Property
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Vacuum Interrupter Ceramic TubeCeramic Insulator Tubes are used in vacuum interrupters for medium voltage switch gear (approx. 6kV to 80kV).- Insulation Property
- Airtightness
Customizable
We have a wide range of technologies such as material technology, process technology, design technology, measurement/evaluation technology, and integrated processes from materials to products in-house, so we can respond to various customizations. Please feel free to contact us first.
