Castable for supporting bracket of sintering machine and preparation and application method thereof
A technology for supporting brackets and castables, which is applied in the field of castables for sintering machine supporting brackets and its preparation, can solve the problems of unsatisfactory continuous production operations of sintering machines, cost control, unbreakable brackets, and low service life. The effect of long service life and long life
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Embodiment 1
[0028] A pouring material for the supporting bracket of a sintering machine is formed by mixing repairing material base material and additives, and the weight ratio of the base material of the pouring material is: 85% mullite, 10% corundum, and 5% silicon dioxide micropowder. The additive is based on the total weight of the castable base material (100%), and includes 0.4% of sodium tripolyphosphate or 0.4% of sodium hexametaphosphate, and 0.2% of organic fiber. Among them, the mass ratio of mullite particles of 1-3 mm to mullite fine powder with a particle size of <0.088 mm is 2, and the mass ratio of corundum particles of 0.1-1 mm to corundum fine powder with a particle size of <0.080 mm is 0.8.
[0029] Its physical and chemical indicators: compressive strength (110℃×24h) ≥ 30Mpa, compressive strength (1500℃×3h) ≥ 67Mpa; bulk density (110℃×24h) ≥ 2.75g / cm 3 , bulk density (1500℃×3h)≥2.7g / cm 3 , The line change after burning (1500℃×3h) is ±0.12%.
[0030] The preparation me...
Embodiment 2
[0035] A pouring material for the supporting bracket of the sintering machine is made by mixing the base material of the repairing material and additives, and the weight ratio of the base material of the pouring material is: 87% mullite, 7% corundum, and 6% silicon dioxide micropowder. The additive is based on the total weight of the castable base material (100%), and is composed of 0.3% sodium tripolyphosphate or 0.3% sodium hexametaphosphate, and 0.2% organic fiber. Among them, the mass ratio of 1-3 mm mullite particles to mullite fine powder with a particle size of <0.088 mm is 1.9, and the mass ratio of 0.1-1 mm corundum particles to corundum fine powder with a particle size of <0.080 mm is 0.7.
[0036] Its physical and chemical indicators: compressive strength (110℃×24h) ≥ 31Mpa, compressive strength (1500℃×3h) ≥ 69Mpa; bulk density (110℃×24h) ≥ 2.85g / cm 3 , bulk density (1500℃×3h)≥2.8g / cm 3 , The line change after burning (1500℃×3h) is ±0.1%.
[0037] The preparation ...
Embodiment 3
[0042] A pouring material for the supporting bracket of a sintering machine is formed by mixing repairing material base material and additives, and the weight ratio of the base material of the pouring material is: 88% mullite, 7% corundum, and 5% silicon dioxide micropowder. The additive is based on the total weight of the castable base material (100%), and is composed of 0.25% of sodium tripolyphosphate or 0.25% of sodium hexametaphosphate, and 0.2% of organic fiber. Among them, the mass ratio of mullite particles of 1-3 mm to mullite fine powder with a particle size of <0.088 mm is 2, and the mass ratio of corundum particles of 0.1-1 mm to corundum fine powder with a particle size of <0.080 mm is 0.7.
[0043]Its physical and chemical indicators: compressive strength (110℃×24h) ≥ 32Mpa, compressive strength (1500℃×3h) ≥ 68Mpa; bulk density (110℃×24h) ≥ 2.8g / cm 3 , bulk density (1500℃×3h)≥2.75g / cm 3 , The line change after burning (1500℃×3h) is ±0.11%.
[0044] The preparat...
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