Top 10 Ceramic pcb factory in the World 2025

Are you searching for the best ceramic PCB factories to elevate your projects? Understanding the top players in the industry is crucial for quality and reliability. Discovering the right factory can save you time and money. Let’s dive in and explore your best options for success!

Ceramic Printed Circuit Boards – mcl

Product Details: Ceramic PCBs offer high thermal conductivity and low coefficient of thermal expansion, suitable for high-power circuits and other applications.

Technical Parameters:
– Aluminum Nitride: Thermal conductivity greater than 150 W/mK
– Alumina: Thermal conductivity between 18-36 W/mK

Application Scenarios:
– Aerospace
– Medical devices

Pros:
– Safe operation in temperatures up to 800 degrees Celsius
– Exceptional high-frequency performance

Cons:
– Higher cost compared to traditional PCBs
– Limited availability of certain materials

lTCC, Ceramic Substrates & Components Manufacturer – TTM

Product Details: TTM Technologies offers low-temperature cofired ceramics (LTCC), thick-film, and standard resistive ceramic components for high-reliability applications, including implantable medical technology.

Technical Parameters:
– Ceramic base materials: Al2O3, BeO, AlN
– Power ratings: 0.05 to 800 Watts, frequency range: DC to 20 GHz

Application Scenarios:
– Medical devices requiring high reliability
– High-power applications in aerospace and defense

Pros:
– High reliability and precision in manufacturing
– Wide range of termination styles and materials available

Cons:
– Potentially higher costs compared to standard materials
– Limited to specific applications requiring high performance

Ceramic PCB – Ceramic PCB Board Manufacturers | ViasionPCB

Product Details: Ceramic PCB

Technical Parameters:
– High thermal conductivity
– Electrical insulation properties

Application Scenarios:
– LED lighting
– Power electronics

Pros:
– Excellent thermal management
– Durability in harsh environments

Cons:
– Higher cost compared to traditional PCBs
– Brittleness may lead to handling issues

Alumina PCB – Professional Ceramic PCB Manufacturer

Product Details: Ceramic-based circuit boards including alumina ceramic substrates, aluminum nitride ceramic substrates, zirconia ceramic substrates, glass, and quartz.

Technical Parameters:
– High bonding strength between metal layer and ceramic
– Good electrical performance, repeatable soldering, adjustable thickness of metal…

Application Scenarios:
– Aerospace Industry
– Solar Panel Modules
– Lighting Industry
– Automotive Electronics Industry
– Communications Industry
– High Power Power Semiconductor Modules

Pros:
– Excellent thermal conductivity
– Long life and stability

Cons:
– Potentially higher cost compared to traditional materials
– Limited flexibility in design compared to standard PCBs

Ceramic Pcb Board Manufacturing Service – More pcb

Product Details: Ceramic PCB

Technical Parameters:
– High thermal conductivity
– Electrical insulation properties

Application Scenarios:
– LED lighting
– Power electronics

Pros:
– Excellent thermal management
– High reliability

Cons:
– Higher manufacturing cost
– Brittleness compared to traditional PCBs

Beton Technology – One-Stop Ceramic PCB Factory & Manufacturer …

Product Details: Ceramic PCBs including HTCC, LTCC, DBC, DPC, AMB, Aluminum, and Copper Core PCBs.

Technical Parameters:
– Conductor materials: Ag, Au, Cu; high temperature resistance up to 800℃.
– Materials: Al2O3, BeO, AlN; various technologies with different layer counts and…

Application Scenarios:
– Aerospace vehicles
– Sensor applications

Pros:
– High thermal conductivity and low CTE.
– Strict quality control and quick response times.

Cons:
– Limited maximum PCB sizes depending on technology.
– Potentially higher costs compared to traditional PCBs.

Ceramic PCB: Its Materials, Types, Benefits and Drawbacks – NEXTPCB

Product Details: Ceramic PCB, also known as ceramic hybrid circuit devices, is an electronic circuit board made of a ceramic material base or substrate, usually an inorganic dielectric, with a metal component.

Technical Parameters:
– High Thermal Conductivity: Ranges from 25 to 330 W/(m·K)
– Low Coefficient of Thermal Expansion (CTE): 4 to 10 x 10-6/K

Application Scenarios:
– Power electronics and hybrid microelectronics
– Aerospace and automotive industries

Pros:
– High thermal conductivity and heat resistance
– Excellent thermal insulation and durability

Cons:
– More expensive than traditional PCBs
– Requires careful handling due to fragility

Ceramic PCB and substrates made easy – CERcuits

Product Details: Ceramic PCBs and substrates including Alumina 96%, Aluminum Nitride, Transparent Ceramic, and Silicon Nitride.

Technical Parameters:
– High thermal conductance while being electrically isolating
– Strong dielectric substrates suitable for high power applications

Application Scenarios:
– Automotive applications such as headlamps and power steering
– LED and laser modules including power LEDs and chip on boards

Pros:
– More durable with improved thermal properties
– Resistant to environmental hazards

Cons:
– Higher initial cost compared to traditional PCBs
– Limited availability of certain materials

Ceramic PCB | Ceramic Printed Circuit Board | Ceramic PCB Supplier …

Product Details: Ceramic PCBs including Thick Film, Thin Film, DPC, DBC/DCB, AMB, LTCC, and HTCC types, designed for various applications in electronics.

Technical Parameters:
– Thick Film PCB: 10 Layers, Temperature: -50-500℃, Conductor Thickness: 5um – 13u…
– Thin Film PCB: 10 Layers, Temperature: -40-200℃, Conductor Thickness: 1-3 um

Application Scenarios:
– Medical equipment
– Automotive electronics

Pros:
– High thermal conductivity
– Customizable designs available

Cons:
– Potentially higher cost compared to traditional PCBs
– Limited flexibility in design changes after production

Ceramic PCB – Ceramic PCB Manufacturer

Product Details: Ceramic-based circuit boards including alumina, aluminum nitride, zirconia, glass, and quartz.

Technical Parameters:
– High bonding strength between metal layer and ceramic
– Good electrical performance with adjustable thickness of metal layer within 1μm-…

Application Scenarios:
– Aerospace Industry
– High Power Power Semiconductor Modules

Pros:
– Excellent thermal and electrical conductivity
– Long lifespan and stability in various applications

Cons:
– Potentially higher manufacturing costs compared to traditional materials
– Limited flexibility in design compared to standard PCBs

Related Video

Comparison Table

Company	Product Details	Pros	Cons	Website
Ceramic Printed Circuit Boards – mcl	Ceramic PCBs offer high thermal conductivity and low coefficient of thermal expansion, suitable for high-power circuits and other applications.	– Safe operation in temperatures up to 800 degrees Celsius – Exceptional high-frequency performance	– Higher cost compared to traditional PCBs – Limited availability of certain materials	www.mclpcb.com
lTCC, Ceramic Substrates & Components Manufacturer – TTM	TTM Technologies offers low-temperature cofired ceramics (LTCC), thick-film, and standard resistive ceramic components for high-reliability applicatio…	– High reliability and precision in manufacturing – Wide range of termination styles and materials available	– Potentially higher costs compared to standard materials – Limited to specific applications requiring high performance	www.ttm.com
Ceramic PCB – Ceramic PCB Board Manufacturers	ViasionPCB	Ceramic PCB	– Excellent thermal management – Durability in harsh environments	– Higher cost compared to traditional PCBs – Brittleness may lead to handling issues
Alumina PCB – Professional Ceramic PCB Manufacturer	Ceramic-based circuit boards including alumina ceramic substrates, aluminum nitride ceramic substrates, zirconia ceramic substrates, glass, and quartz…	– Excellent thermal conductivity – Long life and stability	– Potentially higher cost compared to traditional materials – Limited flexibility in design compared to standard PCBs	aluminapcb.com
Ceramic Pcb Board Manufacturing Service – More pcb	Ceramic PCB	– Excellent thermal management – High reliability	– Higher manufacturing cost – Brittleness compared to traditional PCBs	morepcb.com
Beton Technology – One-Stop Ceramic PCB Factory & Manufacturer …	Ceramic PCBs including HTCC, LTCC, DBC, DPC, AMB, Aluminum, and Copper Core PCBs.	– High thermal conductivity and low CTE. – Strict quality control and quick response times.	– Limited maximum PCB sizes depending on technology. – Potentially higher costs compared to traditional PCBs.	www.betonceramicpcb.com
Ceramic PCB: Its Materials, Types, Benefits and Drawbacks – NEXTPCB	Ceramic PCB, also known as ceramic hybrid circuit devices, is an electronic circuit board made of a ceramic material base or substrate, usually an ino…	– High thermal conductivity and heat resistance – Excellent thermal insulation and durability	– More expensive than traditional PCBs – Requires careful handling due to fragility	www.nextpcb.com
Ceramic PCB and substrates made easy – CERcuits	Ceramic PCBs and substrates including Alumina 96%, Aluminum Nitride, Transparent Ceramic, and Silicon Nitride.	– More durable with improved thermal properties – Resistant to environmental hazards	– Higher initial cost compared to traditional PCBs – Limited availability of certain materials	cercuits.com
Ceramic PCB	Ceramic Printed Circuit Board	Ceramic PCB Supplier …	Ceramic PCBs including Thick Film, Thin Film, DPC, DBC/DCB, AMB, LTCC, and HTCC types, designed for various applications in electronics.	– High thermal conductivity – Customizable designs available
Ceramic PCB – Ceramic PCB Manufacturer	Ceramic-based circuit boards including alumina, aluminum nitride, zirconia, glass, and quartz.	– Excellent thermal and electrical conductivity – Long lifespan and stability in various applications	– Potentially higher manufacturing costs compared to traditional materials – Limited flexibility in design compared to standard PCBs	ceramicpcb.org

Frequently Asked Questions (FAQs)

What are ceramic PCBs and why are they used?

Ceramic PCBs, or printed circuit boards made from ceramic materials, are known for their excellent thermal conductivity and dielectric properties. They are often used in high-performance applications, such as LED lighting, automotive electronics, and RF devices, where heat dissipation is crucial. Their durability and resistance to harsh environments make them a popular choice in industries that require reliability.

How does a ceramic PCB factory ensure quality?

A ceramic PCB factory ensures quality through rigorous testing and inspection processes. This includes checking raw materials, monitoring production techniques, and conducting electrical tests on finished products. Many factories also adhere to international standards, such as ISO certifications, to guarantee that their products meet specific quality benchmarks.

What is the typical lead time for ceramic PCB manufacturing?

The lead time for ceramic PCB manufacturing can vary depending on the complexity of the design and the factory’s workload. Generally, you can expect a lead time of 2 to 6 weeks. If you require expedited services, some factories offer rush options, but this may come with an additional cost.

Can I customize my ceramic PCB design?

Absolutely! Most ceramic PCB factories offer customization options to meet your specific needs. You can modify aspects like size, shape, layer count, and surface finishes. Just provide your design specifications, and the factory will work with you to create a tailored solution that fits your project requirements.

What are the cost factors involved in ceramic PCB production?

The cost of ceramic PCB production depends on several factors, including material type, complexity of the design, quantity ordered, and any additional features like surface finishes or special coatings. Generally, larger orders can reduce the per-unit cost. It’s best to discuss your project with the factory to get a detailed quote based on your specific needs.