Typical Precision Ceramic Components
Illustrative forms of ceramic tubes, rings, plates, complex components and ceramic-to-metal assemblies.
PROJECT CASES
Project Cases
Explore approved project information by manufacturing challenge, component geometry and assembly type.
Ultra-Thin-Walled Ceramic Tube
Thin-Walled Ceramic ComponentsOuter diameter Φ3.7 × inner diameter Φ3.49 × length 13.5 mm
This hollow, thin-walled zirconia ceramic tube is formed by isostatic pressing. The drawing specifies the inner and outer diameters, length, and cylindricity and coaxiality requirements for the inner and outer cylindrical surfaces. Edges must be smooth and free of burrs.
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I-Section Ceramic Frame
Thin-Walled Ceramic ComponentsOuter diameter Φ14.5 × inner diameter Φ7 × height 3 mm
This I-section ceramic frame has a central through-hole and thin flanges at both ends. It is formed by isostatic pressing. The product color is ivory yellow and the material density is 3.8 g/cm³.
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Ultra-Thin-Walled Long Ceramic Tube
Thin-Walled Ceramic ComponentsOuter diameter Φ44 × inner diameter Φ43.4 × length 300 mm
This hollow, thin-walled ceramic tube is 300 mm long and is formed by isostatic pressing. The product color is white and the material density is 3.6 g/cm³.
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Conical Ceramic Tube
Complex-Geometry Ceramic ComponentsOuter diameter Φ104 × bore Φ20 × height 122 mm
A hollow conical component with multiple external ribs, a stepped top bore and shoulders.
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Three-Rib Ceramic Insulator
Complex-Geometry Ceramic ComponentsOuter diameter Φ140 × bore Φ50 × height 230 mm
A three-rib ceramic body with a lower shoulder, stepped internal bores and tapered surfaces at both ends.
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Rotary Sensing Ceramic Frame Q1
Complex-Geometry Ceramic ComponentsOuter diameter Φ33 × inner diameter Φ17 × length 834 mm
An elongated hollow frame with an axial narrow slot, stepped ends and local holes. Break lines represent the long body in the drawing.
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Ceramic Base
Complex-Geometry Ceramic ComponentsOuter diameter Φ40 × central bore Φ2.1 × height 7.6 mm
A disc-shaped base with a stepped central bore, annular contours and equally spaced holes. The drawing specifies insulation between two faces and a local sputtered gold layer.
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Profiled Conical Ceramic Sleeve
Complex-Geometry Ceramic ComponentsOuter diameter Φ71 × inner diameter Φ58.5 × height 36.5 mm
A thin-walled conical sleeve with internal and external tapers, end shoulders and local fillets. The drawing specifies bore fits, end faces and taper transitions.
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Extra-Long Silicon Carbide Ceramic Tube
Large-Size Ceramic ComponentsOuter diameter Φ12 × inner diameter Φ9.4 × length 1530 mm
A slender hollow SiC tube with a length of 1530 mm. The outer surface is ground while the bore remains unmachined; break lines represent its full length.
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Vacuum Conical Ceramic Sleeve
Large-Size Ceramic ComponentsOuter diameter Φ164 × bore Φ72 × height 140 mm
A hollow conical sleeve with thickened ends, a tapered bore and multiple filleted transitions. The drawing specifies datum-related geometric relationships between the end face and cylindrical surfaces.
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Corrugated Ceramic Ring
Large-Size Ceramic ComponentsNominal Φ526 × Φ416 × 215 mm; drawing note states an actual machining diameter of Φ540
A large hollow ring with external corrugations, annular shoulders and stepped bore diameters. The nominal diameter and the actual machining note are recorded separately.
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Base Ceramic Insulator
Large-Size Ceramic ComponentsMaximum solid-envelope dimensions Φ600 × 810 mm; cut 680 mm from the small end
A large hollow conical insulator. The drawing gives its maximum solid-envelope dimensions and subsequent cut location, with white glaze specified on the marked internal and external tapers.
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Sealed Ceramic Tube Assembly
Ceramic-to-Metal AssembliesΦ152 × 205 mm
A corrugated ceramic tube joined through Kovar sleeves to CF100 stainless-steel flanges at both ends, forming a hollow sealed assembly.
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High-Voltage Electrode Feedthrough
Ceramic-to-Metal AssembliesΦ66 × 198 mm
A hollow externally ribbed ceramic body combined with a Kovar connector and transition piece to form a high-voltage electrode feedthrough.
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Multi-Pin Feedthrough Sensor
Ceramic-to-Metal AssembliesΦ70 × 57.5 mm
A multi-electrode feedthrough body assembled with an adapter, retaining sleeve and flange. The drawing specifies electrode alignment, insulation and welded sealing requirements.
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Brazed Ceramic Tube Assembly
Ceramic-to-Metal AssembliesΦ96.5 × 562 mm
A long ceramic tube joined to Kovar sleeves at both ends, with end-face parallelism and coaxiality specified in the drawing.
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Sealed Gas-Filled Ionization Chamber
Ceramic-to-Metal AssembliesGas tube Φ3×0.5; internal tube Φ5×1; M4 threaded connection; overall dimensions unspecified
An assembly of inner and outer spherical caps, an internal tube and a dual-ceramic triaxial Kovar seal head, with a gas evacuation/filling tube and multiple sealed welds.
View detailsNo published cases are available.
COMPONENT GALLERY
Typical Components
These illustrative component forms show the relationship between materials, geometry and processes. They are not records of customer projects, deliveries or validated performance.
Ceramic Component Design
Engineering illustrations of fillets, wall thickness, hole spacing and machining access.
Quality & Reliability
Illustrative concepts covering drawings, tolerances, surface quality, sealing and inspection.
Ceramic-to-Metal Joining & Sealing
Engineering illustrations of metallization, brazing, glass sealing and mechanical clamping.
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FocusAdvanced ceramics, precision machining, inspection and assembly
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