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Nonoxide ceramics open up new perspectives for the chemical and plant engineering


Outstanding chemical, thermal and tribological properties predestine silicon carbide for the production of ceramic components of high volume. A novel method now overcomes the procedural and technical limitations of conventional design methods for the production of components with large differences in wall thickness and demanding undercuts.

Extremely hard as diamond, shrinking-free manufacturing, resistance to chemicals, wear and temperatures up to 1300 °C: Silicon carbide (SiSiC) bundles all these characteristics and is the key to competitive advantage in machinery and plant engineering.

Radial flow ceramic pump impeller

Mineral casting principle in ceramic manufacturing expands opportunities

Scientists at Fraunhofer IKTS in Dresden have now developed a method by which the shaping of the material SiSiC for complex components can be realized cost-efficiently.

They adapted the proven production process for SiSiC-filled reaction resin concretes by SICcast Mineralguss GmbH to the ceramic manufacturing. A mixture of coarse particles with a polymeric binder is casted without pressure in open molds and subsequently tempered.

A method principle, which enables the production of large and complex components in one single step.

Increase of service life and productivity, minimization of costs

By the new method costly materials-, machinery- and personnel consuming module construction methods and combinations thereof are bypassed.

The economic process substitutes conventional materials such as metals or plastics in chemical and plant engineering, e.g. in the pump industry. With the allround material silicon carbide service life of machines can be increased by up to 100 %.

Further potential applications of the material are components of nozzles, mills or burners as well as structural components for high-precision applications in optical industry.

From April 13 to 17 you will meet IKTS scientists in Hall 6 on Booth B16.

Weitere Informationen:

Katrin Schwarz | Fraunhofer-Institut für Keramische Technologien und Systeme IKTS

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