BADUNAME17
Member
- Joined
- Jun 29, 2007
- Messages
- 30
As a gun safe manufacturer, I would certainly make that investment. You would be the only one that would sell a UL rated product, which would carry substantial weight in the market place.
Thanks for your input. What I was talking about is the fire testing done on gun safes is from independent labs such as omega and others that are NOT UL. UL does have accurate testing, BUT the UL sticker on gun safes usually means that either the sheet rock is UL listed, or the safe has got a UL listing for home security container, which is a very weak test. We have tool boxes that would pass for a home security container.
What has been proven, is that any insulation that releases moisture to the interior of a heated safe will protect its contents better than insulation’s that do not release moisture. Ceramic wool’s are dry. I'm not saying they don't offer some degree of protection, but they will not provide the same protection that a standard gypsum based insulation on any common fire safe that carries a UL rating. Does it provide the same or better protection as sheet rock? Maybe, or maybe not. Neither of them would pass the UL test, so it doesn't really matter. The majority of gun safes are not going to protect their contents in a substantial fire, regardless of what insulation they use.
I should have elaborated that more... they dont work in the quantities that are practical in a gun safe. If you would like to put 4 layers of sheet rock ( with gaps in each layer) will that work? Don't know... never tested that, we did test two layers, but layer after layer of sheetrock gets you less interior space and more weight.
Do you honestly think super heated steam dose not hurt the contents of the safe? Did you know the storing instructions for sheet rock require a dry climate? What do you think happens to it when it does start steaming? This old school tech of using moisture is ok with small money safes, because superheated steam dose not hurt money. They do not have a good rep with arson investigators or fire chiefs. Furthermore, the moisture requirement for a safe as big as a gun safe would be far greater than these small money safes. To achieve the same performance you would have to have 3x’s the thinkness of these small safes. Another probelm in fire rated sheetrock or other stuff we have read about that has been used simply will not hold enough moisture to have any influence on the inside temperatures. Super headed steam is damaging. I thought everyone knows this already. I burnt my hand one time with steam... am i the only one?
Instead of using common sense, why don't we use real life experience. I have been in the safe and vault business for over 15 years. I sell, service, install, repair, and open safes on a daily basis. I deal with everything from small imported fire safes to 20 ton vault doors. I have seen safe burglarized and burned. I have broken into many myself.
I can not speak for your company, but I can say that many gun safe manufacturers have no experience in the safe business at all. They build a product because it's marketable, and for no other reason. Because of this lack of experience, they build a product that is easily defeated, and sell them to unsuspecting consumers.I will give credit to your company for using thicker steels than are commonly seen on gun safes. However, thicker steel is only one part of a very big equation.
We did use real life experience. We even used sheetrock with ceramic and it did not work. We also used 2 layers of sheetrock, with dead air space, and in real life it failed miserably. In your response to some gun safe mfg. selling hoop-la instead of real security, I agree. A good safes needs 3 things. the better these 3 things are, the better the safe. They are: Thick steel, a smart locking system, and abusive resistance. With these three things, in good quantities, will generally produce a decent safe.
Last edited: