To meet the globally increasing demand for cement, high output, energy-saving lining systems have been developed in the industrialized countries and introduced throughout the world. One of the primary results of these developments is the precalciner kiln with a short rotary kiln section. The use of alternative fuels has also taken on a new significance. Keeping pace with this technology requires suitable refractory products and lining systems: the conditions inside the kiln are a determining factor of its service life.
TOPMAG® A1
Magnesia-Fused Spinel
Upper and lower transition zones subject to severe mechanical load; tyre section, in case of redox conditions and alkali attacks, chrome ore free
TOPMAG® AF
Magnesia-Fused Spinel
Upper and lower transition zones subject to severe thermochemical load, chrome ore free
REFRAMAG® AF
Magnesia-Spinel
Upper and lower transition zones as well as burning zone subject to normal thermochemical load, chrome ore free
REFRAMAG® S
Magnesia-Spinel
Burning zone subject to thermochemical load, chrome ore free
PLEOMAG 90
Magnesia-Pleonaste
Upper transition zone and burning zone subject to thermochemical load, promoting coating formation, chrome ore free
PERILEX® 83 S
Magnesia-Chromite-Spinel
Transition zones and burning zone subject to normal service conditions, low chrome ore content
KRONAL® 63 AR
Mullitizised raw material, Silicon Carbide
Kiln outlet, cooler inlet
KRONAL® 60 AR
Andalusite, Silicon Carbide
Safety zone subject to high alkali load and increased temperatures, preheater, calciner, kiln hood, cooler