Almatis Logo

Homepage / News / News /  

News

26

Jul

2018

Almatis constructing new Tabular Alumina plant in Falta
7/26/2018 12:00:00 AM.ToString("dd. MMM yyyy")
Press Release

As demand for Tabular Alumina expands with India’s refractory requirements, Almatis is committed to support and enhance our customers’ success with Quality alumina products and excellent service. A positive outlook for Indian produced steel, leveraged by growing GDP and per capita steel consumption requires premium alumina for longer refractory life.

“Almatis is committed to providing continuous support to the Indian refractory industry,” Emre Timurkan, Almatis’ CEO said. He assured the market that, “Almatis is on a path of rapid construction to satisfy our customers’ increasing demand for high quality Tabular Alumina.”

Operating since 1995, Almatis’ India business is based in Falta with a processing plant that has been growing steadily. Now with this forthcoming, world-class facility, Almatis will expand with integrated manufacturing line in India with Tabular Alumina converters installed. This investment will enable shorter lead times and a further improvement of flexibility from a plant in the proximity of our Indian and Asian customers.

Almatis India General Manager, Sarit Kundu, who’s responsible for execution of this strategic project, affirmed Almatis’ commitment: “Quality and delivery are of prime importance to Almatis. This upcoming Falta India Tabular Alumina production facility would meet the needs of our valued Indian customers and provide supply security for this growing market”.

 


Dec

2015

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).


Jul

2015

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.


Feb

2015

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.