Quick Draw Gun Magnet

[javieljb]

I just ordered 4 of these. I wish I had thought of this idea.

http://www.slickguns.com/product/quick- ... e-shipping" onclick="window.open(this.href);return false;

Anyone have any experience with them?


jjb

[RoyGBiv]

An excellent idea.. thanks for sharing..
Combine it with a trigger guard to make it safer... Not sure I'd use the magnet without a trigger guard..

[SpringerFan]

We keep a XD on one underneath our counter at the shop where I work. They work excellent, perfect amount of hold.

[PBratton]

We keep a XD on one underneath our counter at the shop where I work. They work excellent, perfect amount of hold.

But if your pistol is magnetized, want it attract those steel core rounds?

[RPB]

Wonder if I have to put them on the side or if they hold well enough on the front .. I mean well enough that it all stays attached when I close the refrigerator door ....

Looks like a great idea.

[helicopterpilotdoug]

Interesting! They say it works with Stainless Steel.

[RPB]

I knew there was a reason I never bought that all-ceramic Glock that has no metal in it

[jimlongley]

Interesting! They say it works with Stainless Steel.

Yeah.

Stainless steel is thought by most to be "non-magnetic" which is not entirely true. There are three broad categories of "stainless" steel: Austentic; Ferritic; and Martensic, but these days it is probably better to classify them by their chemical makeup.

Martensic stainless steels have a tendency to be more magnetic than the other types, but any can be made magnetic, a little, by cold forming.

The "non-magnetic" property comes from the addition of nickle and other alloys to iron, which stabilizes the crystalline structure within the iron and prevents the magnetic domains from aligning, rendering it almost non-magnetic. Sufficient shock, as by cold forming, can re-align the magnetic domains, just as banging on a magnet can take away its magnetism.

BTW, "stain less" steel is a misnomer depending on how you read it. Stainless steel is not "stain never" it is really "stain less frequently" or "stain less easily" and in my opinion should be called "stain not as much" steel. The Chromium in stainless steel forms a very thin coat of chromium oxide on the surface which protects from (iron) corrosion and penetration, but doesn't necessarily stop it. If you work hard enough at it, you can make stainless steel rust.

A while back I had a customer trying to prove to me that our stainless steel refrigerators were not, by sticking a magnet to him. I was able to refute his argument in one swift move, by sticking his magnet to the plastic interior of the same fridge. There is a lot of magnetic stuff back there and even stainless steel is not a "magnetic shield."

[sugar land dave]

Slightly less expensive here: http://www.amazon.com/Quick-Draw-Gun-Ma ... B00447MC24

[PBratton]

Interesting! They say it works with Stainless Steel.

Yeah.

Stainless steel is thought by most to be "non-magnetic" which is not entirely true. There are three broad categories of "stainless" steel: Austentic; Ferritic; and Martensic, but these days it is probably better to classify them by their chemical makeup.

Martensic stainless steels have a tendency to be more magnetic than the other types, but any can be made magnetic, a little, by cold forming.

The "non-magnetic" property comes from the addition of nickle and other alloys to iron, which stabilizes the crystalline structure within the iron and prevents the magnetic domains from aligning, rendering it almost non-magnetic. Sufficient shock, as by cold forming, can re-align the magnetic domains, just as banging on a magnet can take away its magnetism.

BTW, "stain less" steel is a misnomer depending on how you read it. Stainless steel is not "stain never" it is really "stain less frequently" or "stain less easily" and in my opinion should be called "stain not as much" steel. The Chromium in stainless steel forms a very thin coat of chromium oxide on the surface which protects from (iron) corrosion and penetration, but doesn't necessarily stop it. If you work hard enough at it, you can make stainless steel rust.

A while back I had a customer trying to prove to me that our stainless steel refrigerators were not, by sticking a magnet to him. I was able to refute his argument in one swift move, by sticking his magnet to the plastic interior of the same fridge. There is a lot of magnetic stuff back there and even stainless steel is not a "magnetic shield."

Back in my younger years I worked with a company called Mosler, and we did mostly banks.

It was always fun to see if the cleaning folks were wiping down the vault door by how much rust it had on it. I've seen one that was bathed in Windex and had a nice orange haze to it, except for the upper third, which must've been outa reach...

[jimlongley]

Interesting! They say it works with Stainless Steel.

Yeah.

Stainless steel is thought by most to be "non-magnetic" which is not entirely true. There are three broad categories of "stainless" steel: Austentic; Ferritic; and Martensic, but these days it is probably better to classify them by their chemical makeup.

Martensic stainless steels have a tendency to be more magnetic than the other types, but any can be made magnetic, a little, by cold forming.

The "non-magnetic" property comes from the addition of nickle and other alloys to iron, which stabilizes the crystalline structure within the iron and prevents the magnetic domains from aligning, rendering it almost non-magnetic. Sufficient shock, as by cold forming, can re-align the magnetic domains, just as banging on a magnet can take away its magnetism.

BTW, "stain less" steel is a misnomer depending on how you read it. Stainless steel is not "stain never" it is really "stain less frequently" or "stain less easily" and in my opinion should be called "stain not as much" steel. The Chromium in stainless steel forms a very thin coat of chromium oxide on the surface which protects from (iron) corrosion and penetration, but doesn't necessarily stop it. If you work hard enough at it, you can make stainless steel rust.

A while back I had a customer trying to prove to me that our stainless steel refrigerators were not, by sticking a magnet to him. I was able to refute his argument in one swift move, by sticking his magnet to the plastic interior of the same fridge. There is a lot of magnetic stuff back there and even stainless steel is not a "magnetic shield."

Back in my younger years I worked with a company called Mosler, and we did mostly banks.

It was always fun to see if the cleaning folks were wiping down the vault door by how much rust it had on it. I've seen one that was bathed in Windex and had a nice orange haze to it, except for the upper third, which must've been outa reach...

Why we keep having to tell the people that clean the appliances at Home Depot to NOT use Windex.

Another interesting thing about SS, is its desire for oil: it's still an iron alloy which is corroding as we speak, and it wants oil. Actually there is a complex chemical reason with ions and all that, but suffice it to say that the reason SS fingerprints the way it does is because it is sucking the oil out of your hands every time you touch it. Use a mineral oil containing cleaner, and between cleanings wipe down with just plain mineral oil; voila, less fingerprints.

[sugar land dave]

This thread has been kidnapped!

[txjim42]

Wait, so I can use two magnets zip-tied together to mount my SS .357 to my SS fridge and I can kill two birds with one stone by oiling my gun and fridge at the same? Excellent!

Looks pretty cool though. First thing I thought was that I could mount one on the underside of my desktop, inside a lockable top-drawer, so it's concealed and accessible, but not floating around in the bottom of the drawer. Although, that might also attract just about every other metal object that lands in there so maybe not... Can just imagine drawing a weapon and it's covered in magnetized paper-clips and staples...

[PBratton]

Wait, so I can use two magnets zip-tied together to mount my SS .357 to my SS fridge and I can kill two birds with one stone by oiling my gun and fridge at the same? Excellent!

Looks pretty cool though. First thing I thought was that I could mount one on the underside of my desktop, inside a lockable top-drawer, so it's concealed and accessible, but not floating around in the bottom of the drawer. Although, that might also attract just about every other metal object that lands in there so maybe not... Can just imagine drawing a weapon and it's covered in magnetized paper-clips and staples...

By Golly, You've re-invented the staple gun.

[tbrown]

Another interesting thing about SS, is its desire for oil: it's still an iron alloy which is corroding as we speak, and it wants oil. Actually there is a complex chemical reason with ions and all that, but suffice it to say that the reason SS fingerprints the way it does is because it is sucking the oil out of your hands every time you touch it.

Glass must really want oil.