Glass Breaker balls .68 Cal Less Lethal bag of 10 ALUMINUM SUPER ALLOY

Description

Glass Breaker balls .68 Cal Less Lethal .  Bag of 10
These rounds are meant for responsible users with good intentions .
I've
discovered after buying every glass breaker round style
available
that they have some problems . Mostly you cant load a clip and the gun wont cycle
successfully
every time  . You do not
want
a unreliably self
defense
platform .
These are aluminum rounds 7.2 grams . 17.18 to 17.2 mm  Better then glass rounds that weigh in at 10 grams . 10 grams is a bit to heavy , the rounds lob out of even a good gun lie its being thrown . These aluminum rounds are specially treated for excellent cycling in the gun. This is a
special
alloy made to be super hard . pure aluminum dents easy . these rounds can be fired over and over again at 55 gal steel drums. Glass cant do that ...
My
proprietary
treatment
process does not rub off  allowing the rounds to be reused over and over again .
I also sell smooth shiny rounds for hopper guns at a lower cost .
These rounds will dent in the rib of a 55 gallon steel drum . and leave dime size dents in the drum .
Breaks glass and great for large pest control . These rounds sell for .75 each at some venders so i decided to just buy 8,500 of them .
Now i need some good honest men to help me unload them at a savings we can all
benefit
From .
The
plastic covered steel round do not cycle well and you cant load a
clip
without them flying out .
Marbles are to
heavy
and also are to slippery, they fly right out of the clip when you try to load it  . Other breakers balls have a sticky rubber
surface
to
mitigate
this but the drag is huge and the texture is so ruff the rounds eat your clip pads up and dont cycle well in all clips .
these aluminum rounds have a
specially
treated calibrated
coefficient of
friction
to ensure reliability when your life may depend on it .
No your local laws , this ammo will render most paint ball markers Illegal without a foid card .
Soon even an angry look will be illegal.