Magnesia-chrome refractory castable has excellent resistance to alkaline slag, which is widely used on continuous casting
and refining ladle purging.
In use, the bulk of the material discharges harmful ingredients Cr6 + and pollute the environment.
Thus, in recent years, people develop chromium-magnesia type refractory castable.
More successful one is magnesium zirconium refractory castable, here we introduced the titanium-containing magnesium aluminum refractory castable.
These materials are expected to replace the magnesia-chrome refractory castable.
and refining ladle purging.
In use, the bulk of the material discharges harmful ingredients Cr6 + and pollute the environment.
Thus, in recent years, people develop chromium-magnesia type refractory castable.
More successful one is magnesium zirconium refractory castable, here we introduced the titanium-containing magnesium aluminum refractory castable.
These materials are expected to replace the magnesia-chrome refractory castable.
Email: js@jinshirefractory.com
Magnesium aluminum titanium refractory castable is made with 95 fused magnesia for refractory aggregate,
the critical diameter is 5mm.
Refractory powder is made from 95 fused magnesia powder, calcined alumina powder and titanium dioxide powder 98,
Plus binders and dispersing agents. Weighing all kinds of raw materials mixing with water, processed by vibration molding
and nature conservation, and finally determine its performance.
The 1000 ℃, 1400 ℃ and 1600 ℃ after burning compressive strength are about 40MPa, 110MPa and 115MPa,
1600 ℃ after firing line change is about -0.82%.
1600 ℃ after firing line change is about -0.82%.
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