Engineered for extreme wear, chemical resistance, and high dielectric performance in demanding technological environments.
Busan Metropolitan City, the maritime heart of South Korea, has rapidly evolved from a traditional shipbuilding and port hub into a high-technology industrial corridor. Hosting complexes like the Noksan National Industrial Complex and Mieum Industrial Park, Busan serves as a critical integration zone where material sciences merge with precision manufacturing.
The local industrial landscape demands ultra-reliable ceramic components. From marine engineering components requiring saline corrosion resistance to semiconductor components bound for nearby domestic mega-fabs, the local supply ecosystem requires rapid turnaround times, micron-level tolerances, and traceable QA standards.
Globally, the technical ceramics market is projected to reach USD 12.8 Billion by 2030, driven heavily by thermal management in AI servers, structural components in electric vehicle power units, and plasma-resistant components in etching chambers. Our Shanghai-to-Busan supply framework acts as a logistics and technology bridge, maintaining tight physical and dimensional tolerances for international OEMs.
Shanghai Creative Advanced Materials Co., Ltd. (SCA), established in the Shanghai Industrial Comprehensive Development Zone, leverages 19 years of deep material synthesis expertise. We specialize in semiconductor ceramic components, target metals, and composite structures tailored for extreme operating environments.
Selecting the appropriate ceramic crystal matrix based on thermal, mechanical, chemical, and nuclear radiation shielding dynamics.
A synthetic crystalline matrix with supreme covalent bonding strength. Silicon Carbide exhibits exceptionally high thermal conductivity, low thermal expansion coefficient, and superior resistance to chemical etching. Highly selected for plasma process chambers, chemical pump rings, and high-load grinding machinery parts.
The industry workhorse for electrical isolation and wear resistance. Available in purity levels from 95% up to 99.99%. Excellent dielectric strength, extreme hardness, and mechanical properties at high operating temperatures. Widely used for wafer handling vacuum chucks, sensor bodies, and insulating bushings.
Commonly referred to as "white graphite", Boron Nitride possesses high thermal conductivity alongside superb dielectric insulation. Structurally stable at temperatures exceeding 2000°C in inert atmospheres. Ideal for molten metal containment crucibles, high-voltage isolators, and high-temp furnace fixtures.
| Material Class | Purity / Grade | Thermal Conductivity (W/m·K) | Max Operating Temp (°C) | Primary Application Scenario |
|---|---|---|---|---|
| Silicon Carbide (SiC) | Pressureless Sintered (S-SiC) | 110 - 150 | 1600 (Oxidizing) | Semiconductor processing chamber parts, nozzles |
| Alumina (Al₂O₃) | 99.7% High Purity Grade | 30 | 1700 | High-voltage insulation, chemical pump pistons |
| Silicon Nitride (Si₃N₄) | Gas Pressure Sintered (GP-SN) | 30 - 40 | 1200 | Bearings, marine machinery mechanical seals |
| Zirconia (ZrO₂) | Yttria Stabilized (Y-TZP) | 2.5 - 3 | 1000 | Valves, extreme shear environments, milling tools |
Maintaining complete chain-of-custody control from basic mineral powders to finished high-tolerance structural assemblies.
We manage full record traceability from chemical composition verification of input powders to final multi-axis coordinate measuring machine (CMM) testing. Individual serialization ensures complete history tracking for critical nuclear and aerospace projects.
We coordinate direct, secure shipping lanes connecting our manufacturing lines with international industrial ports, including Busan Port. Optimized customs pathways and robust shockproof container design guarantee defect-free transit on schedule.
Our application engineers design custom-tailored solutions based on exact operational conditions. Whether integrating metallization processes, precision micro-drilling, or thermal expansion pairing, we assist from drafting stages through prototype runs.
Our engineering team has extensive expertise in the unique material requirements of cleanroom semiconductor fabrications and radiation containment. We offer comprehensive engineering support for material upgrades, finite element analysis (FEA), and surface finish parameters.
Our rigorous 8-stage manufacturing process ensures absolute compliance with strict defense, nuclear, and semiconductor standards.
Incoming verification of chemical purity, grain size allocation, and moisture levels to lock in basic material consistency.
Spray drying and slurry homogenization to produce uniform granules optimized for density control during pressing operations.
Uniaxial and cold isostatic pressing (CIP) compacts the raw matrix, forming high-density green bodies for precise sintering.
Utilizing pressureless sintering, hot pressing, or gas pressure methods inside controlled-atmosphere furnaces.
Using diamond tools and high-rigidity CNC centers to achieve micron-level specifications on complex custom shapes.
Conducting laser dimensional verification, ultrasonic testing for internal flaws, and density measurements.
Deionized water cleaning and drying inside a class-100 environmental zone prevents surface particle contamination.
Custom multi-layer vacuum packaging and safe shipping logistics managed by experienced international forwarders.
Explore our full line of specialized materials, customized nozzles, structural plates, and sputter targets.
As modern microprocessors reach sub-3nm nodes, wafer processing environments demand extreme dielectric shielding materials free from micro-cracking and impurity outgassing. Traditional quartz components are increasingly replaced with advanced ceramic formulations.
To support these processing demands, SCA is advancing our materials design across two key parameters:
Semiconductor Wafer Processing: High-purity Al₂O₃ etch rings, SiC dummy wafers, and precision ceramic susceptors optimized to withstand corrosive chlorine and fluorine plasma gases.
Heavy Marine & Logistics: Extreme hardness Silicon Nitride (Si₃N₄) mechanical valve seals engineered for ocean-going cargo systems, protecting crucial propulsion gears against marine salt and particulate erosion.
Nuclear Power Plants: Custom-synthesized Europium Oxide and Gadolinium Oxide neutron absorber cores constructed for high absorption efficiency and long term structural stability under intense radiation fields.
Answers to key engineering questions regarding advanced technical ceramics, customization, and logistics.
The choice depends primarily on thermal management requirements and budget. Silicon Carbide (SiC) offers significantly higher thermal conductivity (up to 150 W/m·K) and excellent thermal shock resistance, making it ideal for rapid thermal processing (RTP) and plasma etching applications. Alumina (Al₂O₃) provides exceptional electrical insulation and chemical inertness at a more cost-effective point, making it suitable for high-voltage isolators and general wear components.
We perform high-precision diamond grinding on hardened ceramic blocks using imported CNC centers. Our typical machining tolerance ranges from ±0.005 mm to ±0.01 mm, depending on dimensions. We utilize CMM coordinate measuring instrumentation and laser interferometers to confirm all geometries meet engineering drawings before shipment.
SCA manufactures highly specialized Europium Oxide (Eu₂O₃) and Gadolinium Oxide (Gd₂O₃) neutron absorbing cores. These materials are processed to high purity and sintered under pressure to ensure optimal grain density, preventing structural degradation or cracking under intense neutron bombardment.
Yes, we provide custom metallization services using thin-film sputtering or thick-film screen printing (e.g., Moly-Manganese coating, Nickel/Gold plating) to facilitate reliable brazing with Kovar, stainless steel, or copper alloys in hermetic and vacuum-sealed environments.
Discuss your material specifications, target purities, or customized dimensions with our application engineering team today.