Pioneering High-Performance Material Solutions for Semiconductor, Aerospace, and Extreme Industrial Environments.
Sialon ceramics (an acronym for Silicon Aluminum Oxynitride) represent a class of high-temperature, high-strength engineering materials that have revolutionized modern metallurgy and semiconductor manufacturing. As a leading China Sialon Ceramic Manufacturer, we bridge the gap between theoretical material science and industrial scalability.
Our manufacturing process utilizes advanced sintering technologies—including Pressureless Sintering (PLS) and Hot Isostatic Pressing (HIP)—to eliminate micro-porosity. This ensures that every Sialon component used in non-ferrous molten metal handling or precision welding pins offers a service life 3-5 times longer than traditional ceramics.
Years of R&D Expertise
Global Client Base
Patented Technologies
Precision Tolerance
Founded in the heart of Shanghai's Industrial Zone, Shanghai Creative Advanced Materials Co., Ltd. is a high-tech powerhouse integrating R&D, production, and global sales. Our 19-year journey has been dedicated to perfecting semiconductor ceramic targets, powder metallurgy, and neutron absorption materials.
The current industrial landscape is shifting from single-phase Beta-Sialon (known for high toughness) to Alpha/Beta composite Sialons. Our R&D department is currently optimizing grain-boundary engineering to enhance thermal shock resistance above 1200°C.
Enhancing fracture toughness through whisker-reinforced microstructures for heavy-duty mining applications.
Implementing 5-axis CNC diamond grinding for complex Sialon geometries in semiconductor etch chambers.
Integrating ceramic-metal joining technologies for smart sensors in high-pressure oilfield environments.
As a premier Sialon Ceramic Supplier based in China, we leverage a vertically integrated supply chain. From the sourcing of high-purity Silicon powder to internal spray granulation and vacuum sintering, we mitigate global logistics risks by maintaining a 6-month buffer of strategic raw materials.
Sialon thermocouple protection tubes and heater sheaths for molten aluminum handling, offering zero-contamination performance.
High-thermal conductivity substrates for SiC power modules in Electric Vehicles (EVs) and renewable energy inverters.
Radomes and ballistic armor plates utilizing the low dielectric constant and extreme hardness of Sialon-based composites.
Rigid control over purity, particle size, and chemical stability for consistent performance.
Maintaining slurry uniformity and monitoring powder tap density for superior forming.
Automated presses ensure green body strength and dimensional consistency.
Utilizing Reaction Sintering and Isostatic Pressing for high-density ceramic structures.
