Sintered ore pulverization inhibitor and adding method thereof
An inhibitor and sinter technology, applied in the field of sinter additives, can solve the problems of easy clogging of sieves, large blast furnace dust removal and corrosion, environmental pollution and other problems
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Embodiment 1
[0024] The chemical composition and weight percentage content of sinter suppression inhibitor are:
[0025] Concentration of 35% MgCl 2 65%; concentration of 4% CaCl 2 6%; the concentration is 10% H 3 BO 3 15%; at a concentration of 2% CaO B 2 o 3 4H 2 O14%.
[0026] Mix the above-mentioned raw materials together, and then use a 5kw mixer to stir until the medicine is evenly mixed and fully dissolved.
[0027] The method of adding the sinter pulverization inhibitor is as follows:
[0028] Store the pulverized inhibitors that are uniformly mixed and fully dissolved in a liquid storage tank with a volume of 50m3, and then pumped to 3 spraying points by 3 water pumps with different powers;
[0029] The first spray point uses a 4.5kw water pump to spray the sinter of the ring cooler with a nozzle;
[0030] The second spraying point uses a 4.5kw water pump to spray on the sintered ore finished belt with a nozzle;
[0031] The third spraying point uses a 7.5kw water pump t...
Embodiment 2
[0033] The chemical composition and weight percentage content of sinter pulverization inhibitor are:
[0034] Concentration of 35% MgCl 2 85%; concentration of 4% CaCl 2 3%; the concentration is 10% H 3 BO 3 6%; at a concentration of 2% CaO B 2 o 3 4H 2 O6%.
[0035] Mix the above-mentioned raw materials together, and then use a 5kw mixer to stir until the medicine is evenly mixed and fully dissolved.
[0036] The method of adding the sinter pulverization inhibitor is as follows:
[0037] Store the pulverization inhibitor that has been mixed uniformly and fully dissolved in a container with a volume of 45m 3 In the liquid storage tank, 3 water pumps with different powers are used to drive to 3 spraying points respectively;
[0038] The first spray point uses a 4.5kw water pump to spray the sinter of the ring cooler with a nozzle;
[0039] The second spraying point uses a 4.5kw water pump to spray on the sintered ore finished belt with a nozzle;
[0040] The third sp...
Embodiment 3
[0042] The chemical composition and weight percentage content of sinter pulverization inhibitor are:
[0043] Concentration of 35% MgCl 2 75%; concentration of 4% CaCl 2 5%; the concentration is 10% H 3 BO 3 10%; at a concentration of 2% CaO B 2 o 3 4H 2 O10%.
[0044] Mix the above-mentioned raw materials together, and then use a 5kw mixer to stir until the medicine is evenly mixed and fully dissolved.
[0045] Store the above-mentioned pulverized inhibitors that are uniformly mixed and fully dissolved in a liquid storage tank with a volume of 47m3, and then pumped to 3 spraying points by 3 water pumps with different powers;
[0046] The first spray point uses a 4.5kw water pump to spray the sinter of the ring cooler with a nozzle;
[0047] The second spraying point uses a 4.5kw water pump to spray on the sintered ore finished belt with a nozzle;
[0048] The third spraying point uses a 7.5kw water pump to spray on the finished belt with an atomizing spray gun.
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