PUBLICATIONS
In-cosmetics 2007 (preview magazine)
High purity
Offering a complete range of Boron Nitride powders, ESK have created high purity BN grades especially for cosmetics. Improved formulations become softer, easier to apply, give better coverage and adherence to the skin. The powders can also be used to re-enforce products such as lipsticks and pencils.
METALL (1/2 2007)
Boron nitride plus binder - a synonym for higher productivity
With its new generation of boron nitride, ESK Ceramics GmbH & Co. KG in Kempten, Germany is providing the casting industry with tailored materials for launders, ladles, dies and crucibles that offer unrivalled protection against aggressive molten aluminium. A critical factor in this advance in casting technology is a novel nanoscale binder that allows boron nitride coatings to be produced that adhere strongly to different materials.
ALUMINIUM 1-2/2007
Aluminium casting: Boron nitride plus binder - a synonym for higher productivity
With its new generation of boron nitride, ESK Ceramics GmbH & Co. KG in Kempten, Germany is providing the casting industry with tailored materials for launders, ladles, dies and crucibles that offer unrivalled protection against aggressive molten aluminium. A critical factor ...
PUMP engineer (November 2006)
Tribologically-optimized sliding bearings of sintered silicon carbide
In many applications, the materials used in modern high-performance pumps are subject to increasingly critical demands. This is particulary the case when pumping corrosive and/or abrasive fluids, where high-speed parts such as axial and radial bearings or mechanical seals are at high risk from mechanical loads and chemical attack. In this paper ESK look at how lifetime maximization can be ensured even under difficult and continuous operating conditions for relavitely long periods of one-to-two years. This whilst handling aggressive chemicals at high temperatures and pressures.
HEAT PROCESSING (2/2006)
Novel titanium diboride withstands molten cryolite
ESK Ceramics GmbH & Co. KG of Kempten has succeeded in pushing the corrosion resistance of titanium diboride (TiB2) materials quite literally to its limit. The innovation is based on a material with no grain boundary phase. This new development will offer sustainable benefits to the aluminum-producing industry.
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