ISOMAG® Brochure - English - Pyrotek
ISOMAG® Brochure - English - Pyrotek
ISOMAG® Brochure - English - Pyrotek
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• Improvement of the hot metal<br />
and liquid steel temperature<br />
during residence time<br />
• Improved lining stability<br />
• Major cost savings<br />
• Proven track record and safety<br />
performance<br />
The superior mechanical and<br />
thermal properties of ISOMAG 70<br />
XCO at elevated temperatures,<br />
combined with a good refractory<br />
practice, offers substantial<br />
improvements of the refractory<br />
performance.<br />
The use of ISOMAG 70 XCO in torpedo cars will appreciably<br />
improve the hot metal temperature during the residence time,<br />
ranging from 15°C to 20°C and will significantly reduce skull<br />
formation. ISOMAG’s<br />
superior mechanical<br />
properties will<br />
contribute to maintain<br />
a tight refractory lining.<br />
ISOMAG 70 XCO, unlike other<br />
insulating materials, will not<br />
crush or powder under severe<br />
compressive stress during<br />
ladle cycling. The excellent<br />
mechanical properties of<br />
ISOMAG 70 XCO will also<br />
improve the ladle’s permanent<br />
lining performance without<br />
compromising the safety.<br />
ISOMAG 70 XCO provides better<br />
uniform casting temperature<br />
which will improve the caster’s<br />
productivity.<br />
In tundish applications, the superior insulating properties<br />
of ISOMAG 70 XCO will improve the stability of the liquid<br />
steel temperature during the<br />
casting process, will reduce shell<br />
temperature by up to 50°C and<br />
drastically improve the operator’s<br />
comfort.<br />
Other applications<br />
for ISOMAG 70<br />
XCO include:<br />
• Blast Furnace<br />
Main Runners<br />
• Basic Oxygen<br />
Furnaces<br />
• RH Degassers<br />
• EAF Sidewall<br />
Bottom<br />
• Vertical and<br />
Rotary Lime<br />
Kilns