Various ceramics are used as parts for physical and chemical analyzers. Highly corrosion-resistant ceramic parts are used for equipment that analyzes liquids and gases, and chemically stable ceramic materials are used for the purpose of preventing the contamination of unnecessary components in bioanalytical equipment. Sapphire parts are used where they are exposed to chemicals and where light transmission is required. Ceramics with excellent mechanical properties are used as stages and structural components that support the high accuracy and reliability of measuring equipment. Product examples Fine Cordierite ® Low Thermal Expansion Mirror High stiffness allows for a thinner and lighter-weight component High Stiffness Low Thermal Expansion Low Thermal Expansion Pressure Sensor Components Kyocera's high-precision ceramic technology supports sensors for a wide range of pressure conditions. Heat Resistance Insulation Property Heat Resistance Insulation Property Ceramic Needles Ceramic needles suitable for addressing the elution and abrasion problems of metals. Wear Resistance Surface Smoothness Wear Resistance Surface Smoothness ESD Tweezers Developed for products and processes sensitive to electrostatic breakdown. Semiconductive Chemical Stability Chemical Stability Stators Ceramic stators with superior chemical- and wear-resistant properties. Wear Resistance Chemical Resistance Wear Resistance Chemical Resistance Cylinders & Pistons Ceramic cylinders and pistons with superior chemical- and wear-resistant properties. Wear Resistance Chemical Resistance Wear Resistance Chemical Resistance Ceramic / Sapphire Rods and Tubes Biocompatible ceramic parts for drug-delivery systems. Chemical Resistance Chemical Resistance Sapphire Optical Windows Direct bonding of sapphire and alumina without adhesives. High-Temperature Durability Chemical Resistance High-Temperature Durability Chemical Resistance Inspection Equipment Parts The superior light transmittance and heat resistance of Kyocera’s sapphire parts contribute to improved performance. Heat Resistance Optical Transparency Heat Resistance Optical Transparency Sapphire Cells Direct sapphire bonding technology makes hollow transparent cells a reality. Chemical Resistance Optical Transparency Chemical Resistance Optical Transparency Metering Valves Ceramic metering valves with superior chemical- and wear-resistant properties. Wear Resistance Chemical Resistance Wear Resistance Chemical Resistance Chamber Windows Kyocera's ultra-pure sapphire is both plasma and heat resistant. Heat Resistance Plasma Resistance Heat Resistance Plasma Resistance Lift Pins Kyocera's ultra-pure sapphire lift pins. Heat Resistance Plasma Resistance

Heat Resistance Plasma Resistance Plasma Generation, Introduction Tubes, Microwave Introduction Tubes Tube-shaped parts exhibit superior plasma resistance and low dielectric loss. Heat Resistance Plasma Resistance Heat Resistance Plasma Resistance LCD Covers LCD covers utilize the optical and mechanical properties of Kyocera's sapphire material. High Hardness Optical Transparency Optical Transparency Analyzer Parts Superior chemical resistance and light transmittance are suitable for various types of analyzers. Chemical Resistance Optical Transparency Chemical Resistance Optical Transparency Feedthroughs (Multi-pin) Multi-pin terminal feedthroughs are based on advanced ceramic-to-metal bonding technology. Airtightness Bonding Technology Bonding Technology Feedthroughs (Coaxial) Used in a wide range of applications, from radiation light sources and nuclear science to industrial equipment. Airtightness Bonding Technology Bonding Technology Isolator Flanges Ceramic isolator flanges used in advanced experimental laboratories. Airtightness Bonding Technology Bonding Technology Feedthroughs Highly reliable feedthroughs are proven components in a range of industrial sectors. Airtightness Bonding Technology Bonding Technology Sapphire Windows with Vacuum Flange The combination of our materials and bonding technologies produces sapphire windows with outstanding performance in ultra-high vacuum environments. Airtightness Bonding Technology Bonding Technology Ceramic Chambers High-performance ceramic chambers help control strong magnetic fields. Airtightness Bonding Technology Bonding Technology Beam Position Monitors High reliability proven by use in Japan's most well-known synchrotron radiation facility. Airtightness Bonding Technology Bonding Technology SiN (SN287) RF Windows Kyocera's technology enables non-oxide ceramic to be bonded with metals. Airtightness Bonding Technology Bonding Technology Hermetic Subminiature D type Ceramic Feedthroughs Subminiature D type Ceramic Feedthroughs have good hermetic properties for Ultra High Vacuum Application. Insulation Property Airtightness Insulation Property Special Brazed Feedthroughs Brazed with aluminum or non-magnetic metals is available. High Thermal Conductivity Insulation Property High Thermal Conductivity Insulation Property Vacuum Interrupter Ceramic Tube Ceramic Insulator Tubes are used in vacuum interrupters for medium voltage switch gear (approx. 6kV to 80kV). Insulation Property Airtightness Insulation Property Fine Ceramics (Advanced Ceramics) Product Categories Analytics, Metrology & Laboratory