Method for continuous production of modified ammonium nitrate-fuel oil explosive
A modification technology of ammonium oil explosives, applied in explosives, explosives processing equipment, offensive equipment, etc., can solve the problems of low efficiency of ordinary ball mills, achieve the effects of increased fineness, increased production efficiency, and reduced labor intensity
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Embodiment 4
[0022] The modifying agent that adopts among the embodiment 4 is the powder mixture that octadecylamine acetate and bentonite form, and its weight ratio is 1: 0.3; The composite oil phase that adopts is the mixture of Span-80 and A-type wax, and its The weight ratio is 1:50.
Embodiment 5
[0023] The modifying agent that adopts among the embodiment 5 is the powder mixture that octadecylamine sulfonate and bentonite form, and its weight ratio is 1: 1; The composite oil phase that adopts is the mixture of Span-80 and A-type wax, and its The weight ratio is 1:60.
[0024] The modifying agent adopted in embodiment 6 and embodiment 7 is a powder mixture composed of octadecylamine borate and bentonite, and its weight ratio is 1: 1; the composite oil phase adopted is Span-80 and A-type wax mixture with a weight ratio of 1:50.
Embodiment 8
[0025] The modifying agent that adopts in embodiment 8 is the powdery mixture that octadecylamine phosphate and bentonite form, and its weight ratio is 1: 1; The composite oil phase that adopts is the mixture of Span-80 and A-type wax, and its weight The ratio is 1:40.
[0026] The process step of concrete implementation is:
[0027] As shown in Figure 1. Put the ammonium nitrate 1 into the coarse crusher 2 for coarse crushing, and then transport it to the cam grinder 5 through the quantitative screw 3, and connect the hot air pipeline 4 between the quantitative screw 3 and the cam grinder 5, and connect the cam grinder 5 and the cyclone separator 7 They are connected to 6 with hot air pipes, before the modifier 14 is continuously added to the cam pulverizer 5, the air 11 passes through the fan 12, and the heat exchanger 13 forms hot air at 135°C, and enters the cam pulverizer 5 from the hot air pipe 4, and then transported to the cyclone Separator 7, the material coming out...
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