Don't tell me to Google it because I already did and it didn't tell meAlso please tell me what it doesThanks!
i'm shocked you probably did no longer use the powder value shown interior the reloading handbook you already offeredhonestly, you'll have a minimum of two manualsWhat powder did you employ? What wad? How lots shot? How did you decap , resize and crimp?
I can’t say they can’t as to shotgun shell but pistol ammo say not to, but I never wonted to with shotgunNot trying to be a smart ss with that commentBut aluminum is in my opinion too weak to trust for a second roundThis question might be better asked to the shell case manufacture and or the powder manufactureI reload only brass all aluminum and steel I trashBut it is a good question, as to can it or can it not? D58
While I have not loaded shot shell in a while, I dont see why you couldn'tbut I wouldn't load then past light trap loadsAll the shells Ive seen of late are aluminum based for trap and skeetoh course I'm buying these CHEEP, at walmart and for the current price of 15.88 per 100 I cant reload that cheap and justify the time involved.
I don't know of any shotshells with aluminum bases, and I don't know where you get the idea they all are going over to aluminum - none of the mid-range or premium shells areI know of brass, nickel-plated brass, and steel base shells, but that's about itUnless you're talking about some real el-cheapo Wal-Mart market Federals or Universals (which as far as I know were steel), but those aren't meant to be reloaded anywayThey're throw-away shellsTo top it all off, the metal base on a shot shell doesn't really serve any useful purpose beyond the rim of the shellNot too many years ago there were all-plastic shotshells madePeople scoffed at them, but they did work.
As a rule, carbon fibre is used to make structural frames, in what's called a weaveThe idea is that carbon fibre is extremely light-weight, and it doesn't lose its structural strength, so you can finish up with all kinds of numbers - 1K, 2K, 3K, 6K,12K, 14K, etcthe K represents the thousands of the number of carbon strands used in the fibre, and the more there are the stronger the yarn made from them, It's often used in bike frames for high performance bikes, and in other sports equipment where the weight-strength ratio is critical.
