All products are custom designs manufactured to customer drawings — the examples below are typical production families. Can't find your part? Send us your drawing anyway.
Wafer processing, lithography, etching, deposition and transfer equipment, etc. — all parts custom-made to drawing.

High-purity alumina wafer boats for diffusion and annealing furnaces.
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Lightweight cordierite mirror blanks and structural plates for lithography and astronomical optics, where near-zero thermal expansion keeps geometry stable.
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Ceramic-tipped tweezers for electrostatic-sensitive wafer and device handling — no metal contact, no scratching, no discharge.
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Monolithic AlN and alumina substrates that move heat away from power devices without bonding layers — long-term reliability for power modules and LED.
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Translucent and opaque alumina tubes for lamp envelopes and IR heating elements, stable at high temperature with excellent electrical insulation.
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Rigid, lightweight wafer handling arms in alumina, SiC or Si3N4 — precision-ground mounting faces for fast, vibration-free transfer.
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AlN and alumina heater plates with uniform temperature distribution and plasma-resistant surfaces for deposition and etch processes.
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Alumina and AlN electrostatic chuck bodies with tightly controlled flatness and volume resistivity for stable wafer clamping in plasma environments.
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Porous and grooved ceramic vacuum chucks, integrated stage mirrors and stage structural parts — high stiffness with sub-micron flatness options.
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Large alumina domes and chamber liners with uniform electrical properties and plasma resistance for etch and CVD equipment.
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Large-format alumina plates, rails and arms for flat-panel processing equipment — high stiffness, low reflection black finishes available.
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Grooved ceramic dressing plates that condition CMP polishing pads — consistent groove geometry for stable removal rates.
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High-purity alumina and yttria-coated parts for aggressive plasma chambers — low particle generation and low dielectric loss.
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Silicon carbide polishing and lapping plates with high Young's modulus and low thermal expansion — flat reference surfaces that stay flat.
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Alumina and SiC polishing plates for wafer, glass and metal lapping — hard, wear-resistant surfaces ground to tight flatness.
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Wafer end effectors and robot blades with precision-ground pocket geometry, in alumina, SiC or transparent sapphire on request.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Heat-resistant carrier plates for GaAs and compound semiconductor wafers, with pocket machining to your wafer geometry.
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Alumina and SiC wafer boats for furnace loading — slotted carriers machined to your wafer size and pitch.
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Precision ceramic lift pins with polished wafer-contact tips — concentricity and tip radius controlled to drawing.
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Alumina and sapphire tubes for plasma generation, gas introduction and microwave coupling — superior plasma resistance and low dielectric loss.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
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Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
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Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
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Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
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Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
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Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
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Metallized alumina insulator tubes for vacuum interrupters in medium-voltage switchgear (approx.
View Details →Pumps & valves, textile and papermaking machinery, nozzles, cutters, etc. — all parts custom-made to drawing.

High-precision ceramic diaphragms, capsules and bases for pressure sensors — stable from vacuum to high-pressure service.
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Monolithic AlN and alumina substrates that move heat away from power devices without bonding layers — long-term reliability for power modules and LED.
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Zirconia and alumina cylinder-piston pairs with superior chemical and wear resistance for metering pumps and dispensers.
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Si3N4 riser tubes, stalks and thermocouple sheaths for molten aluminum — non-wetting, high-temperature strength, long service life.
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Alumina and Si3N4 protection tubes for thermocouples — corrosion resistance and strength at elevated temperature.
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Ceramic fixtures and positioning parts for induction hardening lines — excellent mechanical properties at repeated high temperature.
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Wear-resistant ceramic nozzles and covers for spraying, blasting and dispensing — bore geometry machined to drawing.
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Ceramic forming and guide rollers with excellent mechanical properties and high-temperature strength for film and plastic lines.
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Zirconia and alumina cutters, blades and wear parts for industrial machinery — sharp edges that outlast tool steel.
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Ceramic dewatering panels, foils and wear strips for paper machines — ultra-smooth surfaces with extreme wear resistance.
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Polished ceramic yarn guides, eyelets and pigtails — gentle on fiber, immune to abrasive wear at line speed.
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Alumina setters and sintering plates for firing electronic components and powder metallurgy — heat-shock and corrosion resistant.
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Rigid, lightweight wafer handling arms in alumina, SiC or Si3N4 — precision-ground mounting faces for fast, vibration-free transfer.
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Alumina and SiC polishing plates for wafer, glass and metal lapping — hard, wear-resistant surfaces ground to tight flatness.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Hard, optically transparent sapphire covers for displays and touch panels — scratch-proof protection with premium clarity.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
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Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
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Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
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Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
View Details →Cylinders, stators, metering valves, analyzer and inspection parts, etc. — all parts custom-made to drawing.

Lightweight cordierite mirror blanks and structural plates for lithography and astronomical optics, where near-zero thermal expansion keeps geometry stable.
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High-precision ceramic diaphragms, capsules and bases for pressure sensors — stable from vacuum to high-pressure service.
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Fine ceramic needles and probes that solve metal elution and abrasion problems in dispensing and analysis.
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Ceramic-tipped tweezers for electrostatic-sensitive wafer and device handling — no metal contact, no scratching, no discharge.
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Chemical- and wear-resistant ceramic stators for pumps, homogenizers and analytical fluid systems.
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Zirconia and alumina cylinder-piston pairs with superior chemical and wear resistance for metering pumps and dispensers.
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Biocompatible ceramic rods and tubes for drug-delivery and fluidic systems — ID/OD ground to tight tolerance.
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Optical-grade sapphire windows with direct sapphire-to-alumina bonding options — no adhesives, high-temperature durable.
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Precision plates, stages and fixtures for optical inspection equipment — light transmittance and heat resistance where needed.
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Hollow transparent sapphire cells made with direct bonding technology for spectroscopy and flow analysis.
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Lapped ceramic valve plates and spools for precise fluid metering — superior wear and chemical resistance, zero leakage.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Precision ceramic lift pins with polished wafer-contact tips — concentricity and tip radius controlled to drawing.
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Alumina and sapphire tubes for plasma generation, gas introduction and microwave coupling — superior plasma resistance and low dielectric loss.
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Hard, optically transparent sapphire covers for displays and touch panels — scratch-proof protection with premium clarity.
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Chemical-resistant and optically transparent ceramic parts for analyzers and laboratory instruments.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
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Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
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Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
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Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
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High-performance alumina chambers for vacuum and magnetic-field control — brazed ceramic-metal hybrid constructions available.
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Ceramic components for beam position monitors — reliability proven in synchrotron radiation facilities.
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Si3N4 high-frequency windows bonded to metals — non-oxide ceramic-to-metal joining for RF power transmission.
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Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
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Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
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Metallized alumina insulator tubes for vacuum interrupters in medium-voltage switchgear (approx.
View Details →Medical equipment, surgical instruments, diagnostic imaging devices, etc. — all parts custom-made to drawing.

Chemical- and wear-resistant ceramic stators for pumps, homogenizers and analytical fluid systems.
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Zirconia and alumina cylinder-piston pairs with superior chemical and wear resistance for metering pumps and dispensers.
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Alumina substrates with thick-film-ready metallization for medical electronics and sensor hybrids.
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Biocompatible ceramic rods and tubes for drug-delivery and fluidic systems — ID/OD ground to tight tolerance.
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Zirconia and alumina cutters, blades and wear parts for industrial machinery — sharp edges that outlast tool steel.
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High-reliability ceramic insulator bushings for electrical feedthroughs in medical and analytical devices.
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Custom ceramic insulators, bushings and standoffs — high dielectric strength in compact geometries.
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Hermetic metallized ceramic components for implantable and diagnostic device housings — brazing-ready surfaces.
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Lapped ceramic valve plates and spools for precise fluid metering — superior wear and chemical resistance, zero leakage.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
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Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
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Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
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Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
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High-performance alumina chambers for vacuum and magnetic-field control — brazed ceramic-metal hybrid constructions available.
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Ceramic components for beam position monitors — reliability proven in synchrotron radiation facilities.
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Si3N4 high-frequency windows bonded to metals — non-oxide ceramic-to-metal joining for RF power transmission.
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Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
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Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
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Metallized alumina insulator tubes for vacuum interrupters in medium-voltage switchgear (approx.
View Details →Power modules, batteries, incinerators, foundry and heat dissipation, etc. — all parts custom-made to drawing.

High-strength AlN and alumina substrates compatible with direct copper bonding — the base of reliable power modules.
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Monolithic AlN and alumina substrates that move heat away from power devices without bonding layers — long-term reliability for power modules and LED.
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Si3N4 riser tubes, stalks and thermocouple sheaths for molten aluminum — non-wetting, high-temperature strength, long service life.
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Long-life silicon carbide heat exchanger tubes for waste incinerators and corrosive flue gas — superior thermal conductivity.
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Alumina and Si3N4 protection tubes for thermocouples — corrosion resistance and strength at elevated temperature.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
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Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
View Details →
Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
View Details →
Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
View Details →
Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
View Details →
Si3N4 high-frequency windows bonded to metals — non-oxide ceramic-to-metal joining for RF power transmission.
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Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
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Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
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Metallized alumina insulator tubes for vacuum interrupters in medium-voltage switchgear (approx.
View Details →Ceramic substrates, heat dissipation, sensor and device components, etc. — all parts custom-made to drawing.

High-precision ceramic diaphragms, capsules and bases for pressure sensors — stable from vacuum to high-pressure service.
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High-strength AlN and alumina substrates compatible with direct copper bonding — the base of reliable power modules.
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96% alumina thick-film substrates for hybrid circuits — dense, precise and reliable at production scale.
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Small pressed and extruded ceramic parts in a wide variety of materials and forming technologies for electronic devices.
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High-purity alumina thin-film substrates with superior surface smoothness for fine-line circuitry.
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Polished substrates with excellent surface smoothness, tight thickness tolerance and flatness for precision electronics.
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Glazed alumina substrates with fewer surface voids — ideal for high-resolution thermal printheads.
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Ultra-thin pressed ceramic caps and covers that make devices smaller and lower in height — mass production capable.
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Ceramic-tipped tweezers for electrostatic-sensitive wafer and device handling — no metal contact, no scratching, no discharge.
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Monolithic AlN and alumina substrates that move heat away from power devices without bonding layers — long-term reliability for power modules and LED.
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High-rigidity, ESD-safe ceramic tools and fixtures for hard-disk head processing and other precision assembly.
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Ultra-high-precision machinable ceramic substrates for HDD thin-film magnetic heads and similar devices.
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Soft ferrite cores and parts in a variety of materials for diverse property and frequency requirements.
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Zirconia and alumina cutters, blades and wear parts for industrial machinery — sharp edges that outlast tool steel.
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Sapphire substrates trusted by the LED industry for reliability, abundance and cost efficiency.
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Sapphire wafers with excellent material properties and mass-producibility for electronic and optical devices.
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Projector polarizer support plates using sapphire's superior light transmittance and thermal conductivity.
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Scratch-proof scanner windows with superior hardness and light transmittance for retail and logistics scanners.
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Hard, optically transparent sapphire covers for displays and touch panels — scratch-proof protection with premium clarity.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
View Details →Molten aluminum handling, pressure sensing, thermal management, etc. — all parts custom-made to drawing.

High-precision ceramic diaphragms, capsules and bases for pressure sensors — stable from vacuum to high-pressure service.
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Monolithic AlN and alumina substrates that move heat away from power devices without bonding layers — long-term reliability for power modules and LED.
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Si3N4 riser tubes, stalks and thermocouple sheaths for molten aluminum — non-wetting, high-temperature strength, long service life.
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Soft ferrite cores and parts in a variety of materials for diverse property and frequency requirements.
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Hollow transparent sapphire cells made with direct bonding technology for spectroscopy and flow analysis.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
View Details →Feedthroughs, insulation joints, RF windows, ceramic chambers, etc. — all parts custom-made to drawing.

Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
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Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
View Details →
Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
View Details →
Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
View Details →
Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
View Details →
Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
View Details →
High-performance alumina chambers for vacuum and magnetic-field control — brazed ceramic-metal hybrid constructions available.
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Ceramic components for beam position monitors — reliability proven in synchrotron radiation facilities.
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Si3N4 high-frequency windows bonded to metals — non-oxide ceramic-to-metal joining for RF power transmission.
View Details →
Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
View Details →
Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
View Details →
Metallized alumina insulator tubes for vacuum interrupters in medium-voltage switchgear (approx.
View Details →Low thermal expansion mirrors, vacuum-tight optical windows, etc. — all parts custom-made to drawing.

Lightweight cordierite mirror blanks and structural plates for lithography and astronomical optics, where near-zero thermal expansion keeps geometry stable.
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Ultra-pure sapphire and alumina viewports for plasma chambers — optically clear, heat resistant and plasma resistant.
View Details →
Ceramic-to-metal sealed multi-pin feedthroughs built on proven alumina metallization technology — airtight signal and power pass-throughs for vacuum systems.
View Details →
Coaxial ceramic feedthroughs for vacuum and high-voltage applications, from radiation light sources to industrial equipment.
View Details →
Ceramic break isolator flanges that electrically separate vacuum line sections — used in advanced laboratories and beamline facilities.
View Details →
Highly reliable hermetic feedthroughs — proven components across analytical, medical, semiconductor and industrial vacuum equipment.
View Details →
Sapphire or alumina windows vacuum-tight bonded into metal flanges — materials and bonding technology combined for outstanding viewport performance.
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Subminiature D-type ceramic feedthroughs with excellent hermeticity for ultra-high-vacuum applications.
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Feedthroughs brazed with aluminum or non-magnetic metals for special thermal and magnetic requirements.
View Details →Decorative ceramics, faucet valves, watch lenses, etc. — all parts custom-made to drawing.

Colored and polished zirconia decorative parts — vibrant color, luxurious feel and metal-like lustre that never fades.
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Alumina faucet valve discs with superior wear resistance and sealing performance — smooth feel for hundreds of thousands of cycles.
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Sapphire watch lenses and cover glass — great scratch resistance and excellent light transmittance.
View Details →Don't see your part? Every component we ship is custom — send your drawing for a 48-hour engineering review, or WhatsApp us directly.
Free DFM review :: NDA on request :: Test data with every shipment