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Press Release

Almatis announces a major expansion of their Falta, India specialty alumina plant with the planned installation of a tabular alumina converter. This important backward integration investment will build on Almatis’ eighty-one years of experience producing tabular alumina.

Since initiating production in India in 1995, Almatis has built a leading position in supplying India's rapidly growing refractory, ceramic and polishing markets. To quickly improve the ability to serve the local Indian market, plant construction will begin soon. Once completed, the facility will competitively serve the growing Indian demand with a fully integrated, strong local presence.

“Making our Falta plant a fully backward integrated tabular production facility expands our tabular capacity and strategically locates production near a growing market that is very important to Almatis’ future,” said Almatis Chief Commercial Officer, Stefan Rieder, when announcing the expansion.

With the expansion, all Almatis global environmental and quality management systems will be in place to assure high quality products, delivery reliability and social responsibility.

“The Indian market has always expressed their appreciation for the Premium Alumina that Almatis delivers,” said Commercial Director India, Sarbapi Mukherjee. “Our alumina expertise is matched by our excellent local service and technical support capabilities. This expansion of our Falta plant will further enhance the customer experience with value added premium alumina, available at their doorstep.”




Press Release

The 2017 Planje Award recognizes Dr. Buhr for his important achievements in the research of high alumina refractories and for developing the best alumina refractory solutions for customers’ challenging high temperature environments. Dr. Buhr brings strong leadership to Almatis’ product development and technical application support with teams in Europe, Americas and Asia. He has authored near 85 papers on refractories and his leading-edge refractories research continues to develop enhanced alumina products at Almatis.
Dr. Buhr presented to the gathered audience on “Mineralogy in Refractories” and the continued value of phase diagrams in research excellence. He 

in turn took the opportunity to honor his PhD thesis advisors -- Eduard Woermann and Manfred Koltermann -- who guided his development as a young researcher of high alumina castables.



Almatis News

There are many perceptions in the market about the most appropriate refractory aggregate for a particular application. Opinions about the relative benefits of the fused and sintered versions of synthetic high alumina materials are set and often difficult to discuss and refute. But changes in the refractory raw materials market over the past few years have influenced the properties of the currently available synthetic high alumina materials and triggered the development of new aggregates. The purpose of this paper is to outline the differences between high alumina fused and sintered 

raw materials. The focus will be on physical properties such as density, porosity and grain shape, but the influence on the final properties of refractory formulations such as bricks, castables or dry vibratable mixes is also discussed (DVMs).



DIC sells Almatis to Turkish pension fund Oyak
7/20/2015 12:00:00 AM.ToString("dd. MMM yyyy")
Almatis News

The owners of German speciality alumina producer Almatis and its shareholders have agreed to sell the group to Turkey’s largest pension fund, Oyak.



Almatis News

The use of monolithic refractories has spread throughout various industries over the past few decades. Today it is common practice to install monolithics in heavy wear areas. In the past, only refractory bricks were used. Unlike bricks, unshaped products require sintering during operational use to obtain their final properties. Applications outside the iron and steel industry are often referred to as “industrial applications”. Industrial applications also demand improved castable properties such as better chemical stability, mechanical strength and abrasion resistance in 

intermediate temperature ranges. The service temperatures in industrial applications are often below 1200 °C, so castables do not attain sufficient energy for strong sintering reactions. Matrix properties are important for refractory castables. They determine not only workability and strength, but also performance within an application. By optimising the overall particle size distribution of fine and superfine materials including the binder, better workability can be achieved. In addition, the physical properties of castables can be improved, especially in intermediate temperature ranges. Calcined and reactive aluminas and dispersing additives can also contribute significantly to the improvement of matrix performance with respect to water demand, setting control and strength development.