The Applications module now uses a consistent product-photo system: metallized ceramic products are displayed on unified Innovacera blue backgrounds, while the original application descriptions and module sequence remain unchanged.
Metallized alumina cylinders, rings and insulating bodies provide a controlled joining surface for vacuum interrupters, power switches, traveling-wave tubes and X-ray tube assemblies. The ceramic maintains electrical isolation while the metallized edge supports brazing to the surrounding metal structure.
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Metallized Ceramic Bushing
Metallized ceramic insulators are used in semiconductor packages, TO housings, RF module shells, fiber-optic device packages and laser assemblies. Selective metal areas create dependable electrical terminals and joining zones without sacrificing insulation, dimensional stability or corrosion resistance.
Metallized Electronic Components
Precision alumina rings with Mo-Mn metallization and nickel plating can form electrode paths, positioning interfaces and vacuum-sealing surfaces in image intensifier tubes. Custom diameters, thicknesses and metallization patterns support night-vision, spectroscopy and medical imaging designs.
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Metallized Ceramic Rings & Discs
Direct bonded copper substrates combine alumina or aluminum nitride ceramics with copper circuitry for IGBT, MOSFET, LED, automotive and renewable-energy power modules. The ceramic provides electrical isolation while the copper layer supports current distribution, soldering and heat spreading.
DBC Ceramic Substrates
See metallized alumina tubes, rings, bushings and custom components designed for brazing, soldering, electrical insulation and hermetic assembly.
Selective metallization creates bondable surfaces on precision alumina components for electrical and hermetic assemblies.
Tubes and cylinders for vacuum, power-switching and high-voltage assemblies.
Precision rings for cathode support, electron-gun and sealed-tube applications.
A custom alumina component with Mo-Mn metallization for vacuum joining.
Bushings prepared for ceramic-to-metal brazing and hermetic terminal assemblies.
Key points for selecting ceramic material, metallization system, plating finish and joining process for your application.
It is a technical ceramic part with a controlled metal layer applied to selected surfaces. The metallized area can be soldered or brazed to metal hardware, allowing the ceramic to provide electrical insulation, mechanical support and vacuum-compatible sealing within one assembly.
Alumina is the most common choice because of its insulation, strength and compatibility with Mo-Mn metallization. Aluminum nitride is used when higher thermal conductivity is required. Other materials and metallization routes may be reviewed according to geometry, joining temperature and operating conditions.
Typical options include Mo-Mn metallization followed by nickel plating, with gold, silver or other finishes added when required. Tungsten-based metallization, printed silver and copper-based structures such as DBC can also be considered for suitable designs.
For metallized alumina insulators, reference ranges include approximately 9–30 μm for Mo-Mn metallization and 3–10 μm for nickel plating. The final layer thickness should be specified from the brazing, soldering, electrical and dimensional requirements of the assembly.
Yes. Metallization can be applied to flat surfaces, rings, tubes, cylinders, bushings and selected complex features. Process selection may include screen printing, spraying, brushing or needle application depending on the pattern, access and production quantity.
Yes, when the ceramic grade, metallization, plating, braze alloy and metal partner are designed as a compatible system. Leak-rate targets, bakeout temperature, thermal cycling and cleaning requirements should be defined before production.
DBC bonds relatively thick copper directly to an alumina or aluminum nitride substrate and is mainly used for current carrying and thermal management in power electronics. Conventional Mo-Mn metallization is typically used to create a thin bondable layer for brazing or soldering ceramic components into packages and hermetic assemblies.
Provide the ceramic material and purity, part drawing, metallization area and tolerances, coating and plating stack, joining method, operating temperature, electrical or vacuum conditions, testing requirements, prototype quantity and expected annual volume.
From ceramic forming and precision machining to selective metallization, plating, brazing and inspection, Innovacera can review the complete interface between the ceramic part and the customer assembly.
Controlled metallization routes support dense, continuous and bondable metal layers on alumina rings, tubes, discs, packages and custom bodies.
Nickel, gold, silver and other finishes can be reviewed around solderability, brazing, corrosion resistance, conductivity and wire-bond requirements.
Flat, cylindrical, ring-shaped and selected complex ceramic surfaces can be metallized to customer-defined patterns and mask zones.
Ceramic-to-metal brazing, dimensional inspection, visual review, adhesion checks and leak testing can be defined for the finished component or assembly.
Send the ceramic geometry, metallized areas, plating finish and assembly conditions. The engineering team can review a standard component, a drawing-based metallized ceramic or a finished brazed assembly route.
Submit Metallized Ceramic RFQSend drawings, operating conditions, material preference, tolerance targets and quantity. Innovacera can review standard catalog products or custom ceramic manufacturing paths.
