Correlations between results obtained by various techniques of analysis for clarifying element and mineral-phase compositions

The potentials and limitations of various analytical procedures for determining the element composition of raw materials and ceramic products are presented. These include, in particular, carbon-type analysis, determination of loss on ignition, chemical analysis and phase analysis. By way of examples and a brief explanation of the knowledge base, the author elucidates the correlations between the techniques of analysis and how one technique can be used to check the results of another. The significance of the individual techniques with respect to routine production is evaluated along with the redundancy of some techniques. The presentation also includes an illustrative portrayal of several “analytical traps”.

Rüdiger Köhler, KI Keramik-Institut GmbH

x

Related articles:

Issue 11/2013

From mine to building element testing

To address such a comprehensive subject in a talk, first the requirements for a certain product property are described. To answer the question of what pit clay or additive is suitable for what...

more
Issue 05/2021

Analytical and experimental analyses of the out-of-plane response of clay brick masonry in earthquakes

1 Introduction Masonry construction is one of the oldest building methods worldwide and remains a very common building technique in traditional building construction. Particularly for vertical load...

more

Ceram to Host ‘Surface Analysis Workshop’ on 22 October 2013

Ceram, the international materials technology company, will be holding a ‘Surface Analysis Workshop’ on Tuesday 22 October at its headquarters in Stoke-on-Trent. As experts in surface, near...

more
Issue 01/2014

Impure raw materials as a source of defects in building ceramics – analysis with scanning electron microscopy

1 General Many people will have seen SEM images of ants or other minute living creatures. But this method of analysis is not only widely used in biology or other sciences, it is also a very useful...

more