A slurry method production process of nitrocellulose for indoor fireworks
A production process and technology of nitrocellulose, applied in the direction of nitration explosive components, explosive processing equipment, explosives, etc., can solve the problems of low bulk density, large particle size, low production efficiency, etc., and achieve industrialization with small investment, high bulk density, easy to control effects
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[0027] At present, the preparation process of nitrocellulose is mainly as follows: Refined cotton and mixed acid undergo nitration reaction to produce acid nitrocellulose, which is centrifuged to drive acid, then dropped into a washing machine for stirring and washing, and then pumped into a washing bucket through a cotton pump for stabilization and dehydration. Sticky, after rinsing and mixing, sampling and analysis of product quality is qualified, and finally packaged after being dehydrated by a piston pusher centrifuge. It can be seen that the first half of the nitrocellulose preparation process is carried out in a large amount of water, and the second half is the alcoholization and dehydration process. The present invention occurs after boiling and washing, such as figure 1 Shown, a kind of slurry method production technique of indoor fireworks with nitrocellulose, comprises the following steps:
[0028] (1) Pulping: add the solution boiled and washed in the nitrocellulos...
Embodiment
[0037] The following table is the design of each parameter in the pulping process of embodiment 1-3 and matched group 1-2:
[0038]
[0039] The following table is the design of each parameter in the preparation process of embodiment 1-3 and control group 1-2 defibrillation agent:
[0040]
[0041] The following table is the design of each parameter in the granulation process of embodiment 1-3 and matched group 1-2:
[0042] Feeding time / min Stirring speedr / min Stirring time / h Heating temperature / ℃ Holding time / h Example 1 10 700 0.5 50 1 Example 2 20 800 1 80 2 Example 3 30 900 2 100 3 Control group 1 5 500 0.2 30 0.5 Control group 2 40 1000 3 120 4
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