Explore Our Ceramic Product Categories
Metallized ceramics & Hermetic sealing
Metallized ceramics and hermetic sealing solutions for ceramic-to-metal brazing assembly and high-voltage in vacuum systems, feedthroughs, and electronic packaging. Explore more
Ceramic substrates
High thermal conductivity, excellent electrical insulation, and superb mechanical & thermal stability for power electronics, LED modules, and semiconductor devices. Explore more
Precision Ceramic Components
Ultra-high-precision custom ceramic components with ideal mechanical strength, high temperature resistance, and chemical stability for demanding applications. Explore more
Ceramic grinding solutions
Advanced ceramic grinding components deliver an exceptionally long service life and consistent grain size. They are ideal for a wide range of seasoning and coffee grinders. Explore more
Core Product Solutions
We offer a diverse range of advanced ceramic products, including metallized ceramics, ceramic substrates, precision ceramic components, ceramic grindings, and other specific product solutions.
● Hermetic sealing for the electrical vacuum system
●Material: high purity alumina ( 95%, 99% pure)
● Best for ultra-high vacuum(UHV) devices and vacuum feedthru
● Combination of both ceramic and metal merits
● Material: Alumina with various alloys
● Ideal for PVD, CVD, and etching equipment
● Offering stable and long-life electrical insulation in high voltage conditions
● Material: ≧ 95% alumina
● Ideal for high electronic and power systems
●Faster heat-dissipation, higher stability in power electronics
●Material: Al2O3, AlN, and Si3N4 ceramics
●Best for power module, IGBT module
Ceramic Materials We Deal With
The ceramic materials we deal with cover not only oxide ceramics but also nitride ceramics. In the meantime, we are able to make ceramic components in other composite materials with unique properties.
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● Excellent electrical performance and cost-effective
● Best for high vacuum, voltage applications
● Used in electrical insulators, vacuum feedthroughs
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● High flexural strength and fracture toughness
● Best for structural components, medical, and electronic
● Used for pump parts and wear-resistant parts
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● High strength, high-temp stability, and high thermal shock resistance
● Best for bearings, EV, and electronics applications
● Used for hybrid bearings, machine tool bearings, and IGBT substrate
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● High thermal conductivity and lower thermal expansion
● Best for power electronics and semiconductor
● Used in ceramic substrates, ceramic packages
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● Great electrical insulation, high-temp stability, and machinability for h-BN
● Best for semiconductor and electronic manufacturing
● Used in insulators, spacers for semiconductor equipment
Applications Across Critical Industries
These precision ceramic components we manufacture have a wide range of applications across critical industries, such as the vacuum system, electronics, semiconductor equipment, medical devices, and even aerospace and defense.
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Vacuum SystemsHermetic ceramic-to-metal solutions for ultra-high vacuum and high-voltage and pressure reliability
1. Typical applications:
• Vacuum feedthroughs
• High voltage insulator
• X-Ray tube cearmics
• Ceramic-to-metal seals2. Materials & Capability:
Alumina | Aluminum Nitride | Metallized Ceramics| Ceramic-to-metal assembly
View Applications -
Power ElectronicsAdvanced ceramic substrates for efficient thermal management in high-power modules
1. Typical Applications:
• DBC substrates
• IGBT & power modules
• Heat spreaders2. Materials & Capability:
Alumina (Al₂O₃) | Aluminum Nitride (AlN) | Metallized Ceramics | Thermal Management Solutions.
View Applications -
Semiconductor equipmentHigh-purity ceramic components for contamination-free wafer processing
1. Typical Applications:
● Wafer handling effector
● Ceramic heaters
● Electrostatic chucks2. Materials & Capabilities:
Alumina (Al₂O₃) | Aluminum Nitride (AlN) |Silicon Carbide(SiC) |High-Temperature Ceramics | Precision Machining
View application -
Medical devicesBiocompatible ceramic components for precision and reliability in healthcare devices
1. Typical Applications:
● Laser ceramics
● Surgical instrument parts
● Imaging equipment insulators
● Medical Labware2. Materials & Capabilities:
Alumina (Al₂O₃) | Zirconia (ZrO₂) | High-Precision Machining
View application
Custom Ceramic Manufacturing Capabilities
From design to bulk production, we can provide a full-cycle, tailored ceramic solution for your stringent applications.
● Design review and material selection suggestions
● Optimize the performance, processability and cost
● Achieve diverse, accurate, complex geometries
● Tight tolerance to be +/-0.005mm via CNC machining
● Metallizing for a ceramic-to-metal joining solution
● Braze ceramics with various alloys for hermetic sealing
● Alumina, zirconia, aluminum nitride, composite ceramics
● Ability to formulate to match your special performance
● Quick turnaround at prototyping and scalable production
● End-to-end support from R&D to mass production
● Know-how in vacuum, electronics, and semiconductor
● Expert understanding of industry-specific requirements
● Vacuum system
● Semiconductor devices
●Electronics,
●Medical
●Industry equipment
●Others
● High temperature
● Thermal shock
● Vacuum
● The voltage rating
● Chemical exposure
● Electrical insulation
● High mechanical strength
● Abrasion resistance
● Thermal conductivity
● Thermal shock resistance
● Chemical stability
● High voltage ceramic insulator
● Ceramic substrate
● Precision ceramic structural components
● Ceramic grinding part
● Other customized ceramics
● General tolerance
● Tight tolerance via CNC machining
● Not sure yet
● Polishing
● Glazing
● Lapping
● Laser cutting
● Metallizing
Featured Products
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Pink Alumina SubstrateThe pink color is due to the addition of chromium. Its main purpose is optical recognition and functional fine-tuning.
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Glazed Ceramic TubeThe glazed layer not only enhances the electrical strength but also increases the mechanical toughness.
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Pepper Grinder MechanismThe grinding core is the sole of the salt grinder mechanism because of its extraordinary corrosion resistance.
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DBC Alumina SubstrateApplying an oxygen-free copper layer on a designated section of substrate to achieve electrical connection and insulation in the same part.
Advanced ceramic products, also called technical ceramics components, are commonly made from engineered high-performance ceramic materials, such as alumina(Al2O3), zirconia(ZrO2), and aluminum nitride (AlN). They are totally different from conventional ceramic products.
These ceramic components exhibit versatility, especially on mechanical strength, super-high temperature stability & high thermal conductivity, electrical properties, and resistance to harsh operating environments. That’s why they are widely used in demanding industrial environments where performance, reliability, and precision are critical.
The typical advanced ceramic products include ceramic substrates, metallized ceramics, precision ceramic parts, and more, all engineered to perform reliably in extreme circumstances.
We offer a wide range of oxide, nitride, carbide and composite ceramic materials designed to meet high function requirements, including tough wear resistance, high mechanical strength, corrosive resistance and thermal management.
Our core materials cover alumina (al2o3), zirconia (ZrO2), aluminum nitride (AlN). Alumina take unmatched cost effectiveness and electrical insulation, zirconia has extraordinary fracture toughness than others, while aluminum nitride with high thermal conductivity for power electronics. Besides, We also provide silicon carbide (SiC) and silicon nitride (Si3N4) for applications requiring extreme temperature resistance, mechanical strength, and corrosion resistance.
If you are evaluating different ceramic materials, we can help match the right material to your application requirements.
Choosing the right ceramic material depends on your application requirements, including mechanical strength, thermal management, electrical insulation , and operating conditions.
For example, alumina (Al₂O₃) has most widely usage with its cost-effectiveness and insulation properties, while aluminum nitride (AlN) offers superior thermal conductivity for power electronics. Zirconia (ZrO₂) is ideal for applications requiring high toughness and wear resistance.
If you’re not sure which material is most proper, our engineering team can help evaluate your specific needs and design, then give you some recommendations and proposals for material
Technical ceramics just offer better mechanical strength, higher heat conductivity, high temperature stability and greater electrical insulation under harsh conditions in compare with traditional plastic, glass and metals.
In the vacuum system, they are applied in ceramic-to-metal seals and vacuum feedthroughs to ensure the hermetical integrity and reliable electrical performance. For semiconductor equipment, ceramics are used for wafer handling components, etching chamber parts, and electrostatic chucks, where purity and precision are critical. In power electronics, ceramic substrates have a broad range of use for thermal management, electrical insulation and structural support.
In addition, technical ceramics are widely used in medical, energy, food processing, aerospace and defence applications, where reliability, high dimensional precision and resistance to extreme environments are essential.
We provide end-to-end manufacturing for advanced ceramic components, including material selection, precision machining, metallization, and assembly.
Our capabilities cover CNC grinding and milling for tight tolerances, as well as ceramic-to-metal bonding, brazing, and hermetic sealing for high-reliability applications.
With strict quality control and engineering support, we help optimize designs and deliver consistent, cost-effective solutions tailored to your requirements.
Yes, we do with custom ceramic components and OEM projects based on your specific needs. We can work from drawings or samples and assist with material selection, design optimization, and manufacturing processes such as precision machining and metallization.
Whether for prototyping or volume production, our engineering team ensures reliable and cost-effective solutions. Please share your drawings or application details for evaluation.
Yes, we offer engineering review of your designs or drawings before production.
Our team evaluates material selection, manufacturing feasibility, tolerances, and potential risks to help improve performance and optimize cost.
Sharing your drawings at early stage of project allows us to identify issues in advance and ensure a smoother, more reliable production process.
To provide an accurate quotation, we often require these details such as engineering drawings, material requirements,application conditions and quantity. Information on tolerances, surface finish, and any additional processes (e.g., metallization or assembly) is also helpful, but not required.
If some details are not yet finalized, our engineering team can assist in defining specifications. Feel free to share your available information for a prompt evaluation.