Ceramic Substrate
Ceramic substrates have excellent electrical insulation properties and are often used in the electronic and electrical fields.
Affordable price and excellent quality!
Ceramic Substrate
Ceramic product display
Aluminum Nitride Substrate
It has a low coefficient of thermal expansion and can also dissipate heat effectively.
Thin Wear-Resistant Alumina Substrate
High hardness, wear resistance and good chemical stability, suitable for common harsh conditions.
.
96% Alumina Ceramic Substrate
Its stable performance, high temperature environment and durability make it a rational choice for applications.
Corrosion-Resistant Aluminum Nitride Ceramic Substrate
high stability and compatibility with various metallization processes.
96% Alumina Insulation Substrate
Durability makes it a logical choice for rugged insulation and thermal management applications.
Laser Cutting Ceramic Substrates
It plays a vital role in industries such as microelectronics, aerospace, and medical equipment.
Thin Film Circuit Substrate
It has excellent electrical insulation and thermal stability and is used to make thin film circuits to ensure the reliability of the circuits.
Beryllium Oxide Substrate
Excellent thermal conductivity, capable of efficiently dissipating heat, making it an ideal choice for high-power electronic applications.
What is a ceramic substrate?
Ceramic substrates have extremely high performance in the application of electronic and power equipment. Ceramic substrates are mainly made of ceramic materials such as silicon nitride, aluminum oxide, and zirconium oxide. These materials usually have excellent thermal conductivity, insulation, and high-temperature oxidation resistance. Compared with general metal substrates, ceramic substrates have better heat dissipation, which can reduce the heat accumulated by electronic components due to temperature changes, extend the life of the equipment, and improve reliability. Ceramic substrates are commonly used in circuit boards, power modules, and LED lighting.
Ceramic Substrates Of Different Materials
most common substrate material, with superior performance and relatively low cost. The thermal conductivity of aluminum nitride is much higher than that of aluminum oxide, so it is more commonly used in high-power electronic products that require extreme heat dissipation. Zirconia has strong toughness and maintains good mechanical properties and stability even in harsh environments. It is often used in aerospace, automotive and other applications.
Zirconia Setter Plate
Thermally stable, providing a stable platform for parts during sintering, facilitating contamination-free processing.
High Quality Alumina Al2o3 Ceramic Substrate
Low dielectric loss and high thermal stability ensure performance in harsh environments.
Precision Laser Cutting Of Zirconia Substrates
With excellent precision, it is known for its high strength, thermal stability and wear and corrosion resistance.
Round 95 Al2o3 Alumina Ceramic Substrate Disc Wafer
Known for its excellent electrical insulation, mechanical strength.
High-Precision Mechanical Cutting Of Zirconia Substrates
Precise cutting and shaping of zirconium oxide materials using advanced mechanical technology.
Insulated High Temperature Resistant Alumina Substrate
Made from high-purity aluminum oxide (Al₂O₃) and can withstand temperatures up to 1600°C or higher.
Laser Customized Alumina Ceramic Substrate
Known for its high thermal conductivity and mechanical strength, it is an ideal base material for electronic components.
Thin Wear Resistant 95% Alumina Ceramic Round Sheet Substrate Disc
Suitable for applications involving abrasive conditions or frequent mechanical contact.
Ceramic Substrate
Gorgeous Advantage
- Control the quality of the substrate from the source, and use high-quality raw materials for independent research and development.
- The substrate is suitable for various metallizations: DPC, DBC, TPC, AMB, thick film printing, thin film printing, etc.
- The thinnest can reach 0.10mm
- The star product aluminum nitride substrate has ultra-high thermal conductivity ≥230W/m·k
Create The Best Quality Ceramic Substrate For You!
- We use the tape casting process to manufacture ceramic substrates;
- We will provide the best solution for your needs and recommend the most suitable materials for you;
- Diversified manufacturing processes meet your metallization needs for different applications;
Ceramic Substrate Applications
