Industries We Serve
Precision Ceramic Solutions for Demanding Applications
Research & Laboratory Use
High-purity alumina ceramics and Zirconia crucibles are widely used for sample melting, powder sintering, and analytical testing in research labs and institutes.
Powder Metallurgy
Engineered ceramic saggars and carriers ensure stable sintering and uniform heating for metal powders under high temperatures.
Solid-State Battery Materials
Alumina and Yttria ceramic crucibles provide contamination-free environments for cathode and anode material calcination in solid-state battery R&D.
Semiconductor Processing
High-purity ceramic components and sputtering targets are used for compound semiconductor growth, wafer sintering, and precision chip packaging under controlled atmospheres.
Special Glass & Photovoltaics
Alumina ceramic crucibles support melting and refining processes for special glass, optical components, and photovoltaic wafers.
Ceramic & Material Engineering
High-temperature alumina crucibles serve as ideal tools for ceramic target testing, sintering trials, and advanced materials development.
Petrochemical & Chemical Industry
Corrosion-resistant ceramic components withstand acids, alkalis, and extreme heat in high-purity chemical reactions and catalyst testing.
Aerospace & Advanced Alloys
High-temperature Yttria crucibles and custom components enable alloy melting, oxidation testing, and material validation up to 1750°C.
Ready to Match Your Application to a Solution?
Our engineers can help you select the precise ceramic material—be it Alumina, Yttria, or Zirconia—that best fits your process.
To protect our clients’ commercial confidentiality, all images shown above are AI-generated and do not represent actual production environments or crucible products in use. For information on products suitable for your specific industry, please contact us directly.