Why You Need a Steel Gun Safe
Australia has some of the most strict gun laws globally. It has led to a drastic reduction in gunshot victims. Additionally, gun owners are required by law to keep the weapons safe when not in use. A gun safe is arguably the safest place to keep a firearm, especially if you have children. However, what constitutes a quality gun safe? The simple answer is structural integrity. The type of steel used to make a gun safe dictates structural integrity. This article highlights critical characteristics to look for in a steel gun safe.
Low Oxidation Levels
The best gun safes are designed to last long; however, it is difficult to achieve the objective by using steel with a high oxidation level. The higher the oxidation level, the faster the rate of corrosion and degradation, which weakens a safe and makes it easy to pry open or even cut through with simple tools. Unfortunately, most people do not bother asking about the oxidation level when buying a steel gun safe. When shopping, you must choose a steel gun safe with a low oxidation level for guaranteed durability. Most importantly, such safes can be installed in any environment or climatic conditions.
Tamper-Resistant
Burglars know that people store their guns in safes and try hard to access the weapons. Stolen guns are a useful tool for criminals since they can be used to commit crimes, leaving the licensed owner in trouble. Therefore, quality gun safes must be tamper-proof, and the thickness of the steel determines this attribute. The thicker the steel, the harder it is to cut through and vice-versa. Notably, burglars avoid any gun safe that they cannot break into within the shortest time possible. Additionally, thick steel makes safes heavy, and only audacious burglars would dare use drastic measures to remove a safe from its location. Next time you are out shopping for a gun safe, ensure that the steel is thick enough.
Cold Rolled Steel Safe
The steel used to make gun safes must be processed at the mill via two techniques: cold or hot rolling. The difference between the two milling processes is that the latter involves forming and shaping steel metal under high temperatures. Conversely, cold rolling does not involve heat, which allows the steel to retain its carbon content. The cold procedure increases the metal's yield and tensile strengths, making the material ideal for gun safes.
Keep these things in mind as you look for a gun safe.