BearSafes.com
Since 1980

 

 

 


 

 

 

 

 

 

 

 

 

 

Our Fireliner

 

 

BEAR SAFES have not always had a fireliner. In the early pioneer days of gun safes nobody built a fire insulated safe. Then a few manufacturers started lining safes with standard 1/2" gypsum panels or 5/8" type-X fire code gypsum panels. We did not feel that these products were adequate for this application. Then USG introduced UltraCode Core, a 3/4" gypsum panel with a fire insulation capability far above the other panels. Even though product reports indicated to us that one layer of the UltraCode would give us more fire insulation than any gun safe on the market at the time, we decided to use two full layers throughout our safe.

Every fire insulated BEAR SAFES is designed and built as a fire safe from the onset of production. All areas are 100% filled. Fire insulation is not something that is added at the end of the production line.

An expanding fire seal is used on the door jamb of each safe. This seal will expand up to eight times it's original thickness when exposed to heat, which will completely seal the door and prevent heat and smoke infiltration.

We have only one fireliner, that being the very best available. Why would a company build different fireliner packages and put them in their safes based on how nice the finish and trim package is? Why would you, if you really want a fire protected safe, accept anything but the very best in protection and that would be a BEAR SAFE.

THE LABELS

Do we have a fire label? NO.

The reason is very simple. We feel our fire safe will pass a U.L. fire test without any problem. However, the # 1 reason is the cost. To put a UL label on our safes would raise the cost on a per safe basis too high to absorb so we would have to pass it on to the consumer. Twenty-five years experience in the gun safe business has made us aware that the consumer is not willing to pay for this as long as they know the safe will perform as expected.

Could we get another label? Yes we could, but we feel most of them are meaningless and don't reflect the real conditions in a fire as the UL tests.

 

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