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Technical Ceramics

High-End Al2O3 Ceramics: Easy to Get with New Ready-to-Press Material from Nabaltec

There are two main reasons for using alumina in ceramic applications. First, there are technical reasons, when certain material characteristics are needed and second, there are commercial considerations, aiming to...
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CREMER: Steady Expansion of the Product Portfolio for High-End Applications – Furnace Technology for Powder Metallurgy, Technical Ceramics and Speciality Materials

For more than ten years now, CREMER Thermoprozessanlagen has been steadily expanding its product portfolio with external growth and intensive R&D work. Today, high-performance furnaces in a wide range of...
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The New Series of ICF & WELKO Multi-Function Spray Dryers

ICF & WELKO/IT has been designing and building complete plant for the production of spray dried powder since 1953, year in which Industrie C.I.B.E.C. was established Established as a reference...
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Trends in Electrodes Coating Technology for Lithium-Ion Batteries

In recent years, the demand for high performance and affordable batteries has increased significantly, especially in the field of electromobility. In particular, the cost pressure in the production of large...
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Fabrication of Short-Fibre Reinforced SiCN by Injection Moulding of Pre-Ceramic Polymers

Pre-ceramic polymers were used as organic vehicle in this study forming a ceramic matrix after pyrolysis. Carbon short-fibres were chosen as fibre materials. Because of inadequate processing properties of the...
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High-Performance Ceramics for Electrochemical Energy Technologies

R & D at Forschungszentrum Jülich (Jülich Research Center/DE) concentrates on three global challenges: health, energy and environment, and information technology. Jülich is a member of the Helmholtz Association (HGF)...
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Ceramic Materials and Processes for the Next Generation of Lithium-Ion Batteries

Ceramic materials and processes are already today key elements in the production of lithium-ion batteries. Lithium-ion batteries can be found in every cell phone, in numerous industrial applications and a...
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From Prototyping to Serial Production – 3D-Printing in Ceramic Manufacturing

For two decades, Additive Manufacturing (AM) was used mainly for the rapid prototyping of visual or functional models. However, with growing awareness of its potential and increasing performance of 3D-­printers,...
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Additive Manufacturing by Extrusion in Ceramics

Literature on the prospects, visions, variants and details of Additive Manufacturing (AM) – also termed 3D-printing or robot prototyping – is growing exponentially. If you trust WIKIPEDIA, AM describes a...
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Pin Indentation: A Method for the Local Mechanical Characterisation of Highly Porous Ceramic Materials

This study highlights the benefits of testing brittle, highly porous materials locally in addition to the well-established testing methods such as uniaxial compression. Small scale variations in porosity, pore size,...
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