High performance push plate and preparation method thereof
A high-performance push plate technology, applied in the field of refractory material preparation, can solve the problems of short service life of push plate, low softening temperature under load, poor thermal shock resistance, etc., to improve product performance, less impurity content, and improve thermal shock resistance performance effect
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Embodiment 1
[0015] Example 1 Percentage by weight: 29% of andalusite particles, 25% of magnesium aluminate gel, 8% of zirconia micropowder, 20% of andalusite active micropowder, 15% of alumina micropowder aggregates, 3% of spherical clay, plus combined Agent 0.1%. The process steps are as follows: Stir the above-mentioned raw material components evenly in a vertical stainless steel mixer according to the weight percentage, then put them into a horizontal Jiaolong machine for extrusion, store the trapped materials at room temperature for 7 days, and then cold press them with a 630-ton press. After natural drying, it is calcined at 1450°C in a 20m-long high-temperature kiln and kept for 5 hours.
Embodiment 2
[0016] Example 2 Percentage by weight: 28% of andalusite particles, 25% of magnesium aluminate gel, 8% of zirconia micropowder, 20% of andalusite active micropowder, 16% of alumina micropowder aggregate, ball clay 3%, plus 0.1% binder. The process steps are as follows: Stir the above-mentioned raw material components evenly in a vertical stainless steel mixer according to the weight percentage, then put them into a horizontal Jiaolong machine for extrusion, store the trapped materials at room temperature for 7 days, and then cold press them with a 630-ton press. After natural drying, it is calcined at 1480°C in a 20m-long high-temperature kiln and kept for 6 hours.
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