Press Releases

CeramTec Press and Media Information

You will find our press releases in Adobe PDF format here. Please click on the title to display or download the PDF. If you require press information in a different format or would like to access the corresponding image materials, please send us an email.

Date Press Release
2013
2013-03-08 Naturally Beautiful Teeth Thanks to CeramTec

Ceramics manufacturer presents extended zirconia color palette at the IDS

2011
2011-11-25 High-Power LED Modules for Materials Handling

A new combination of Alunit ceramic and innovative liquid cooling makes it possible to create extremely compact power electronics.

2011-01-20 Higher, faster and ever lighter

CeramTec: Ceramic and metal composite reduces weight.

2010
2010-12-14 CeramCool® Street Concept's First Test Installation

The city of Wunsiedel is cooperating with CeramTec to take steps toward the future with the launch of the CeramCool® Streetlight product study.

2010-11-12 Extruded Alunit Ceramics – World Premiere

CeramTec GmbH has succeeded in achieving series extrusion of exceptionally thermally conductive aluminum nitride ceramics.

2010-09-15 One type of ceramic – numerous applications

CeramTec: Zirconium oxide is first choice for mechanical engineering

2010-04-08 CeramCool® Made from Aluminum Nitride Ceramic Cools 75W / cm²

World Premiere: CeramTec Presents Extruded Aluminum Nitride

2010-04-08 CeramCool® LED Lamp Kit

Pre-optimized Modules for Customer-specific LED Lamps

2009
2009-12-12 CeramTec “Preferred Supplier” of Bosch

On November 25th, CeramTec was awarded the status “Preferred Supplier of the Bosch Group” in the “technical ceramics parts” materials field.

2009-11-09 CeramCool® Liquid Cooling allows almost any needed Cooling Capacity

Air cooling reaches its limits at very high power densities. This is where liquid cooling is best suited.

2009-11-09 CeramCool®: The ceramic heat-sink as a module substrate

The CeramCool® ceramic heat-sink is an effective combination of circuit board and heat-sink for the reliable cooling of thermally sensitive components and circuits. As a three-dimensional module substrate it solves numerous problems that arise due to a lack of space.