At this time, we are in an area, where we can not obtain 9mm ammunition, there is none to be obtainable.
How about we use materials that are currently obtainable? But not currently being used in ammunition manufacturing? The cartridge case, for instance, copper/brass/steel. Currently in short supply.
How about a newly developed polymer/plastic?
Then comes the projectile/bullet. Same thing, a polymer/Plastic. Made so as it strikes a wall/steel/ it breaks up and ends as a cloud of particles. Causing a deadly wound when it impacts on human flesh. There is nothing of this type out there now? Well we some of the best engineers and scientists in the word here at this time? get working.
I emigrated to Australia for three years. 1965 to 1968. But alas the first wife hated Australia, so we changed countries once more, and ended up in Canada for 36 years.
That marriage dissolved.
The last 6 months in Sydney NSW. I worked for ICI a huge chemical Conglaminate.
In the polymer producing division. The polymer production was simple and cheap.
It started with a steel pressure-proof tank. No idea now of the capacity! But hundreds of gallons for sure. The construction was akin to a pressure cooker. With a lid like a submarine hatch, when the vessel was full, suction was applied, to stop the fumes (which were deadly!) from escaping, a gallon or so of a deadly chemical was then poured into the tank, then the water was heated. As the tightly sealed Autoclave was cooked so to speak, it thickened and then was dried to a powder, and taken from the vessel, dried into a powder that could be dried into pellets, which were turned into plastic. A very cheap process, other than labour, and machinery.
When compared to producing steel, a very cheap process.
How about we use materials that are currently obtainable? But not currently being used in ammunition manufacturing? The cartridge case, for instance, copper/brass/steel. Currently in short supply.
How about a newly developed polymer/plastic?
Then comes the projectile/bullet. Same thing, a polymer/Plastic. Made so as it strikes a wall/steel/ it breaks up and ends as a cloud of particles. Causing a deadly wound when it impacts on human flesh. There is nothing of this type out there now? Well we some of the best engineers and scientists in the word here at this time? get working.
I emigrated to Australia for three years. 1965 to 1968. But alas the first wife hated Australia, so we changed countries once more, and ended up in Canada for 36 years.
That marriage dissolved.
The last 6 months in Sydney NSW. I worked for ICI a huge chemical Conglaminate.
In the polymer producing division. The polymer production was simple and cheap.
It started with a steel pressure-proof tank. No idea now of the capacity! But hundreds of gallons for sure. The construction was akin to a pressure cooker. With a lid like a submarine hatch, when the vessel was full, suction was applied, to stop the fumes (which were deadly!) from escaping, a gallon or so of a deadly chemical was then poured into the tank, then the water was heated. As the tightly sealed Autoclave was cooked so to speak, it thickened and then was dried to a powder, and taken from the vessel, dried into a powder that could be dried into pellets, which were turned into plastic. A very cheap process, other than labour, and machinery.
When compared to producing steel, a very cheap process.