Firecracker gunpowder containing active components
A technology of gunpowder and components, applied in explosives and other directions, can solve the problems of high cost of raw materials, high requirements for production organization and safety management, and combustion of gunpowder, and achieve the effect of improving flow activity
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Embodiment 1
[0014] Example 1, the firecracker gunpowder containing the active component is mechanically mixed with 80wt% base material composed of silver powder, potassium perchlorate and sulfur and 20% auxiliary material, and the auxiliary material is 60% carbon powder by weight , 30% titanium sponge powder and 10% talcum powder. And make according to the following preparation method:
[0015] a. First, 60% carbon powder (150-200 mesh particle size), 30% titanium sponge powder (100-200 mesh particle size, mechanically ground with sponge titanium waste slag) and 10% talc Powder (150-250 mesh size) is mechanically mixed to make auxiliary materials and stored dry.
[0016] b. Mix 20% by weight of the above auxiliary materials with silver powder and sulfur in 80% of the base material (the weight ratio of potassium perchlorate, sulfur and silver powder is calculated as 2:1:1) to make a premix, and then Put potassium perchlorate in a small amount (the weight and interval of each batch are de...
Embodiment 2
[0017] Embodiment 2, the firecracker gunpowder that contains active component is mixed with 75wt% by the base material that silver powder, potassium perchlorate and sulfur are formed and the auxiliary material of 25%, and described auxiliary material is the carbon powder of 55% by weight , 35% titanium sponge powder and 10% perlite powder. And make according to the following preparation method:
[0018] a. First, 55% carbon powder (150-200 mesh particle size), 35% titanium sponge powder (100-200 mesh particle size, mechanically ground with sponge titanium waste slag) and 10% pearl Rock powder (grain size 150-250 mesh) is mechanically mixed to make auxiliary materials and stored dry.
[0019] b. Mix 25% by weight of the above auxiliary materials with silver powder and sulfur (the weight ratio of potassium perchlorate, sulfur and silver powder is calculated as 2:1:1) in the base material accounting for 78% to make a premix, and then Put potassium perchlorate in a small amount ...
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