MNGunTalk.com

FJ540 wrote:I knew what you meant. I still bet he puts more time here than those who aren't argumentitive. Remember when we used to hang out here and have fun? Anyway...


The argument to have the law enforced is actually a means to get it repealed. I know this sounds counter-intuitive, but only when you display how many infractions have occurred and how no one's inherent safety has been violated can you say with certainty that it's a bad law and to just flush it.

Russstra wrote:Thank you. That's exactly correct. Also to the melting issue. How do you think they do custom stiple on glocks? It **** melts it. How hard is that to understand? I'm not trying to outlaw any guns. I'm saying less should be illegal

FJ540 wrote:Any way you slice it, this is a poorly written law meant to make cheap guns hard to buy and had nothing to do with consumer safety.

FJ540 wrote:Dupont's nylon moulding data is lower yet, between 400-500F. But melting beads into liquid to inject probably doesn't meet your definition, does it Larry?

Any way you slice it, this is a poorly written law meant to make cheap guns hard to buy and had nothing to do with consumer safety.

LarryFlew wrote:

FJ540 wrote:Dupont's nylon moulding data is lower yet, between 400-500F. But melting beads into liquid to inject probably doesn't meet your definition, does it Larry?

Any way you slice it, this is a poorly written law meant to make cheap guns hard to buy and had nothing to do with consumer safety.

Which handgun is made of nylon that would fall under this law?

Seismic Sam wrote:Well, I have a challenge out there to anybody who says that "it's well known that Glocks and other plastic guns are Nylon 6" : Let's see one PUBLISHED literature reference that identifies what plastic a Glock is made of, WITH data and citations. The patent literature is COMPLETELY mute on any details, and apparently it's possible to be a "Glock lifer" without having EVER entered the Glock manufacturing facility. And no, crap off the internet doesn't count.

Glock pistols are composed of Nylon 666-g14 Crosslinked polymers which are covalently bonded to form macromolecular structurally high tensile material with the strength composed of multiple repeating units.

The process is known to utilize isoprenylated/lipid-modified glycoproteins, where small lipidic molecules and oligosaccharide modifications occur on the polyamide backbone of the protein which in turn creates polysaccharides. These polysaccharides are the basis for molecular changes that occur in the manufacture of the liquidious sub component of the radicalized free proton globouski which combined with the secret crosslink substrate form the finished product. This process is completed at the temperature of 250 degrees Celsius in a vacuumnized vessel made of unobtainiam