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The microstructure of a material is one of the most important parameters – if not THE most important – to be used to assess the quality of a newly developed material or component. Therefore, information about the microstructure can be obtained by porosity measurements or strength tests, since these properties are greatly influenced by the microstructure. Directly, the microstructure of e.g. technical ceramics can be studied using a wide range of methods that have been available to industry and the end-user market since the last century to complement conventional optical microscopy.

Whether it´s the Porta Nigra, castles from the medieval times or the ancient wall in the parallel street: the natural look adds a certain charm to buildings. Especially old buildings from the time of the Romans, but also from more recent times are built of natural stone. Very popular are the sandstones from the Rotliegendes

Development, use and monitoring of new materials: Our customers’ daily challenges are also ours. To this end, we would like to provide an insight into our thinking and approach today.

The newly developed high temperature resistant coatings are now called CerCoat®-HT. The basis is a ceramic suspension that enables adhesion to metallic substrates with special binders. A temperature-resistant bonding is achieved by a heat treating process between 500°C and 650°C, which ensures the subsequent application temperature up to at least 650°C.

Have you ever had the problem that a metal door just wouldn’t close in the summer, and in the winter cold air came through gaps even more so?

Maybe not, but you’ve certainly had a glass shatter because you poured water inside that was too hot.

Vacuum hot casting is used at WZR to produce first parts of series character quickly and cost-effectively. A major improvement has now been achieved in the preparation of the hot casting feedstock: WZR has now succeeded in both extremely homogeneous and abrasion-free production. The ceramic components produced in this way are characterised by an undyed surface, very low porosity and high bending strength.

For our birthday celebration we held a symposium where we were able to show the whole range of ceramics at WZR. From energy technology to refractories to dental ceramics, from structural ceramics to membrane reactors to an overview lecture 25 years of WZR.

Have you ever felt the impulse to observe your ceramic while sintering? Would you like to follow the interaction between refractory material and slag? You would like to watch the molecules at work as they polymerize?

After we had already announced in a BLOG post in November 2020 that we would soon be getting a new furnace for sintering metals, the time finally came last week. We unpacked the furnace, put it into operation and are currently working on the first sintering programs for our 3D-printed metal parts.

The network was created by TransMIT Gesellschaft für Technologietransfer mbH to support companies in the introduction of technology and materials and especially in the use of bionic structures. For more information on Transmit, see here, the link to the network is deposited here, where you will also find a short introduction to WZR on the members page.