Smokeless firework propellant
A technology for propellant and fireworks, applied in the field of pyrotechnics, can solve the problems of difficulty in application, high production cost, limited application and promotion, etc., and achieve the effects of no abnormal storage performance, satisfactory safety performance, and easy promotion and application.
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Embodiment 1
[0012] Example 1: Weigh 4 kg of guanidine nitrate (powder), 3 kg of nitrated diethylene glycol (liquid), and 3 kg of nitrocellulose (powder), and mix the components uniformly by hand or mechanically to form a paste. Pass through a 14-18 mesh sieve to granulate, dry or dry to obtain the finished smokeless propellant powder.
Embodiment 2
[0013] Example 2: Weigh 3 kg of guanidine nitrate (powder), 2 kg of nitrated diethylene glycol (liquid), and 2 kg of nitrocellulose (powder), and mix the components uniformly by hand or mechanically to form a paste. Pass through a 14-18 mesh sieve to granulate, dry or dry to obtain the finished smokeless propellant powder.
Embodiment 3
[0014] Example 3: Weigh 2.5 kg of nitroguanidine (powder), 2 kg of nitrated diethylene glycol (liquid), and 2 kg of nitrocellulose (powder), and mix the components by hand or mechanically to form a paste shape, passed through a 14-18 mesh sieve to granulate, dried or oven-dried to obtain the finished smokeless propellant powder.
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