It goes without saying that our high-performance ceramics for the chemical industry meet all the requirements for quality and reliability. Ceramic solutions from H.C. Starck Ceramics thus have one defining quality that stands out above all other – they are trustworthy. Thanks to many years of experience and expertise, we have a sound understanding of the requirements of the chemical industry – and we have good reason to place our faith in the outstanding properties of StarCeram components. With their outstanding resistance, high-performance ceramics can be used with acids, alkalis and solvents. This means that companies in the chemical industry can make their production processes more efficient with high-quality, high-performance ceramic components . In addition, our technical ceramics are extremely reliable. They make it possible for you to improve the operating life of production facilities – a real plus when it comes to profitability. This also includes reduced maintenance time and less production downtime. If you are looking for an attractive solution for your industry, we have it. Technical ceramics from H.C. Starck Ceramics.
What advantages do our technical ceramics offer?
- Suitable for aggressive environments
- Not affected by any unwanted chemical reaction
- Not affected by contaminants
- High degree of reliability
What do we offer? Ceramics with superior properties.
- Temperature resistance
- Corrosion resistance
- Thermal shock resistance
- Chemically inert
Ceramic products for the chemical industry
We develop high-performance ceramics at the highest level and according to your specific requirements in the chemical industry. In order for you to receive an optimal product, we support you in a consulting capacity, from development to production and up to the application. We produce technical ceramics from high-quality materials. You can rely on your H.C. Starck Ceramics product meeting the highest quality standards – and be prepared to be impressed with the service life of our products in the chemical industry.