The completion of the new tunnel kiln in the Radenthein plant is another stage in the process of establishing the most modern production facility in the refractory industry. With an operating temperature of 1800 degrees Celsius and an uninterrupted service life

of several decades, the tunnel kiln represents the heart of refractory production. RHI Magnesita is also investing 4.5 million euros in new presses that, thanks to the high performance of the new tunnel kiln, will increase the plant's production capacities by 30 percent.  The world market leader in refractory products, systems and services RHI Magnesita is investing around 50 million euros in the modernization, automation and all-encompassing digitization of its plant in Radenthein. An additional 24.7 million euros are being invested in the construction of new infrastructure – centered around a new, powerful tunnel kiln in which products only acquire their refractory properties after a firing process lasting several days at 1800 °C. The comprehensive expansion and digitization of the Radenthein plant is a clear strategic decision in favor of Austria as a business location. From this site, the steel, energy, chemical and glass industries in Europe will continue to be reliably supplied with products from RHI Magnesita in the future. Dr. Herbert Cordt, Chairman RHI Magnesita and Governor Peter Kaiser inaugurated the tunnel oven together in a firing ceremony. According to Gerd Schubert, Chief Operations Officer RHI Magnesita, the new tunnel kiln and the additional investment of 4.5 million euros in new presses will increase the plant's production capacity by 30 percent. In addition to its high heat resistance, the tunnel kiln is also characterized by its long service life: After a start-up process of several weeks, the tunnel kiln will remain in operation at 1800 °C for around 30 years until the first maintenance. The tunnel kiln also contributes to a significant increase in the plant's energy efficiency by using the excess heat from the tunnel kiln for internal processes such as drying the refractory products after impregnation.