Today, the outer-most border of human progress is where we perfectly control and use the highest temperatures. Controlled high-temperature processes make our world as it is: Bioceramics (medical technology), electronic passive components (MLCC & LTCC), fuel cells (SOFC) – the most innovative materials of our time are only produced under the highest temperatures.
Modern high-temperature applications must meet highest demands and the harshest conditions. We at SCHUPP® Ceramics offer economically efficient and high-quality metallic-ceramic solutions for high-temperature technologies up to 1800°C.
Examples of further application industries and process engineering:
- Furnace manufacturer (industry and lab)
- Ceramic injection moulding (CIM)
- Metal injection moulding (MIM)
- Bioceramics (medical ceramics)
- Electronic passive components (MLCC & LTCC)
- Catalyst honeycombs, filter ceramics and sensors (exhaust technology)
- Soft and hard ferrites/magnets
- Phosphorescent pigments
- ITO targets
- HT fuel cells (SOFC)
- Batteries (Li and NaS)
- HL-ceramics (watch-making and car industry)
- Abrasives/Grinding wheels (Al2O3 und SiC)
- Ceramic tableware/porcelain
- Refractory materials
- Gas turbine technology
- Ceramic powders (oxides/non-oxides)
- Ceramic raw materials (clays, fireclays)
- Sensor technology (NOX, O2)
- HIP technology