Ceramic PCB Manufacturer
LZJPCB manufactures ceramic circuit boards on Alumina and Aluminum Nitride substrate routes for heat-spreading, electrical insulation and compact power electronics. Send the material, metallization, dimensions, tolerance, quantity and assembly requirement for one build-ready RFQ.
- Since 2006
- 50+ Engineers
- Ceramic DFM
- 100% E-Test
Ceramic PCB Manufacturing Capabilities
Ceramic PCB limits change with the selected substrate and metallization route. LZJPCB therefore releases one construction table on the quotation instead of applying FR4 design limits to a ceramic build.
| Parameter | RFQ input | Quoted output |
|---|---|---|
| Ceramic substrate | Alumina or Aluminum Nitride; grade when mandated | Accepted material family, code and supplier route |
| Substrate thickness | Finished thickness and permitted tolerance | 待补充：qualified Alumina and AlN thickness ranges and tolerances |
| Copper / metallization | Material, finished thickness and bonding route | 待补充：route-specific conductor material and thickness ranges |
| Trace / space | Minimum geometry and critical current path | 待补充：DFM-qualified geometry for each ceramic technology route |
| Holes and vias | Finished diameter, plating and interconnect layers | 待补充：route-specific minimum hole/via size and tolerance |
| Dimensions / profile | Outline, slots, flatness and critical datum scheme | 待补充：profile, flatness and dimensional tolerances |
| Surface finish | Pad, wire, soldering and contact requirement | Finish named for the approved assembly route |
| Thermal requirement | Heat source, interface, temperature and verification method | Material and evidence plan tied to the build |
| Prototype | Prototype quantity plus annual production volume | Tooling, quantity price breaks and fixed ship date |
| Inspection | Electrical, dimensional, adhesion, thermal or added reports | Order-specific control plan and acceptance records |
Ceramic PCB Materials
Material choice starts with heat flow, electrical isolation, mechanical load, package interface and cost. Alumina and Aluminum Nitride are treated as distinct substrate systems with their own metallization and inspection route.
Alumina (Al2O3) PCB
Alumina PCB combines electrical insulation, mechanical stability and practical thermal transfer for power, industrial and LED assemblies. It is the primary cost-controlled ceramic choice when the heat-flux target does not require the higher thermal performance of AlN.
Aluminum Nitride (AlN) PCB
Aluminum Nitride PCB moves heat through an electrically insulating ceramic more effectively than Alumina. It fits concentrated heat sources and compact power modules where the material cost is justified by a lower thermal resistance path.
Ceramic PCB Types & Manufacturing Technologies
Material answers what the substrate is. Technology answers how conductors, vias and ceramic layers are formed and joined. The quotation names one route and its exact layer, metallization and inspection plan.
Multilayer Ceramic PCB
A multilayer ceramic PCB routes conductors and vertical interconnects through stacked ceramic layers. Registration, via fill, firing or bonding sequence, shrinkage control and final flatness are locked before tooling.
The project quotation states the accepted layer structure; no generic multilayer limit is implied.
HTCC & LTCC Ceramic PCB
HTCC uses a high-temperature ceramic firing system with compatible refractory conductors. LTCC uses a lower-temperature glass-ceramic system with its own conductor set and supports integrated multilayer features. They are separate material-process systems, not interchangeable labels.
Availability is released only when the quotation names the ceramic tape, conductor system and manufacturing route.
Thick Film Ceramic PCB
Thick-film ceramic circuits use patterned functional pastes that are printed and fired on the ceramic substrate. Paste identity, fired conductor geometry, adhesion, resistor data when present and solderability are controlled by the released process.
Thin-film is not presented as a separate product type on this page.
DPC Ceramic PCB
DPC forms a controlled copper circuit on ceramic through an adhesion or seed layer followed by plated copper buildup and patterning. The quote fixes copper thickness, trace geometry, via requirement, finish and inspection.
Quick-turn applies only to the exact DPC build accepted on the quotation.
AMB Ceramic PCB
AMB bonds copper to ceramic with an active-metal brazing system for high-current and thermal-cycling power assemblies. Automotive use requires the ceramic, copper, braze, profile, flatness and reliability evidence to be stated in the approved build.
AMB is quoted only when the manufacturing and reliability route is explicitly accepted.
Ceramic PCB Applications
Ceramic substrates are selected when the circuit must move heat, maintain electrical isolation or hold geometry under a compact power assembly. Each use case below starts with measurable thermal, electrical and mechanical inputs.
Converters, inverters and switching modules use ceramic substrates to combine electrical isolation with a short heat path.
Traction, charging and control assemblies need traceable materials, stable interfaces and an order-defined reliability plan.
Motor drives, power supplies and industrial controls use ceramic circuits around concentrated heat and high isolation requirements.
High-output emitters use ceramic substrates to remove localized heat while preserving pad geometry and electrical insulation.
Ceramic PCB Quality Control & Reliability
The control plan verifies the substrate, conductor bond, profile, insulation and electrical result. Thermal or cycling evidence is added with the test method, sample plan and acceptance limit written on the order.
Material family, grade, thickness, surface and lot match the released traveler.
Conductor geometry, finished thickness and visible defects follow the process route.
The accepted method checks conductor-to-ceramic attachment against the order limit.
Critical datums, holes, outline and mounted interface are measured.
Specified vias, bonds or assembly joints use X-ray or section evidence named on the route.
Every finished board receives electrical test and final visual inspection.
Why Choose Us for Ceramic Build Evidence Continuity
The differentiator is one traceable chain linking the ceramic substrate, conductor or metallization route and thermal-cycle release evidence for the same approved build.
Ceramic PCB risk concentrates at the interface between substrate, conductor route, mounting geometry and thermal cycling. The three controls below keep that interface consistent through release.
Material code, grade, thickness, copper or metallization and process route are approved as one system.
Conductor thickness, profile, flatness, mounting and assembly conditions follow one revision-controlled drawing.
Material identity, bond or adhesion checks, dimensions, electrical test and specified cycling records remain traceable.
Ceramic PCB Case Studies
A valid ceramic case record states the material, technology, conductor, substrate thickness, heat-flow requirement, manufacturing risk, inspection and measured result. These modules reserve that format without inventing customer data.
Publish an authorized project with isolation, thermal path and soldering evidence.
Publish an authorized project with material identity and interface thermal evidence.
Publish an authorized PCBA project with fixture, thermal profile and joint evidence.
Ceramic PCB Manufacturing Process
Ceramic PCB is not one universal production flow. The released traveler selects a substrate and conductor route, then applies the inspection gates required for that exact construction.
Material, conductor, stack, outline, tolerance, finish, assembly and test plan are frozen.
The approved ceramic is cleaned, conditioned and verified before conductor formation.
Thick-film or DPC-style builds form the conductor with the released print, seed, plating and pattern sequence.
HTCC or LTCC builds create vias, print conductors, align tapes, laminate and fire the stack.
AMB builds join the released copper and ceramic through the approved active-metal braze route.
Profile, surface finish, dimensions, conductor inspection, electrical test and order records complete release.
Ceramic PCB Assembly
LZJPCB supports ceramic PCB assembly under the same released drawing, BOM, placement, soldering and test package. Fixtures and thermal profiles account for ceramic stiffness, thermal mass and local stress around pads and mounted parts.
SMT and THT under a controlled thermal route
Published PCBA capability includes 01005 components, 0.35 mm BGA, POP, 3D SPI, AOI and X-ray. The ceramic assembly quote names the accepted component, attachment, profile and inspection route.
- Pad finish and solder alloy match the released ceramic conductor system.
- Fixtures support the substrate and prevent point loading during assembly.
- The reflow profile accounts for ceramic thermal mass and component limits.
- AOI checks visible joints; X-ray checks BGA and other hidden connections.
- Functional test coverage and acceptance limits are approved before the lot.
Get a Ceramic PCB Quote
Ceramic PCB price is calculated from material, technology, dimensions, conductor or metallization, quantity, tolerance, finish, inspection and assembly. Send one complete package for an accepted construction and fixed calendar ship date.
Inputs required for a ceramic PCB RFQ
Complete inputs keep supplier quotations technically comparable.
- Gerber / ODB++ and fabrication drawing
- Alumina or Aluminum Nitride material requirement
- Technology route: multilayer, HTCC, LTCC, thick-film, DPC or AMB when specified
- Substrate thickness and finished tolerance
- Copper or metallization material and thickness
- Minimum trace / space, holes, vias and profile
- Surface finish and soldering or contact requirement
- Thermal, insulation and operating-temperature inputs
- Prototype and annual production quantities
- Dimensional, electrical, adhesion, thermal and reliability evidence
- BOM, CPL, solder profile and functional test for assembly
Frequently Asked Questions About Ceramic PCB
Short definitions that separate substrate chemistry, manufacturing technology and adjacent high-frequency laminates.
What Materials Are Used for Ceramic PCBs?
The core material routes on this page are Alumina (Al2O3) and Aluminum Nitride (AlN). Alumina provides a balanced cost, insulation and thermal solution. AlN provides higher thermal performance for concentrated heat. The quotation names the exact grade, thickness and conductor system.
Alumina PCB vs Aluminum Nitride PCB: Which Should You Choose?
Choose Alumina when its heat-spreading performance meets the design and cost control is important. Choose AlN when the heat flux or module temperature requires a lower-resistance thermal path. Final selection also uses conductor attachment, mechanical mounting, thickness, availability and the specified verification method.
Balanced insulation, mechanical stability, availability and cost.
Higher thermal performance for concentrated heat and compact power.
What Is the Difference Between HTCC and LTCC Ceramic PCB?
HTCC uses a higher-temperature ceramic firing system with compatible refractory conductors. LTCC uses a lower-temperature glass-ceramic tape system with a different conductor family and supports integrated multilayer features. Material tape, conductor, firing profile and feature set must be released as one compatible system.
Higher-temperature ceramic firing with compatible refractory conductors.
Lower-temperature glass-ceramic tape system with a different conductor family.
Is a Rogers PCB the Same as a Ceramic PCB?
No. Rogers products used for high-frequency PCBs are engineered laminate systems, including PTFE- or hydrocarbon-based materials that can contain ceramic filler. Alumina and AlN ceramic PCBs use a ceramic substrate body. They require different fabrication rules, thermal models and supply specifications.
Engineered laminate selected mainly for controlled high-frequency electrical behavior.
Alumina or AlN body selected for insulation, heat flow and package stability.
Send the drawing, material, technology, thickness, conductor, tolerances, thermal inputs, quantities and assembly files.