Approved and Certified By U.L.
The first safe in the world to receive Underwriter’s Laboratories (U.L.) label TL-30×6
The safes is built with a unique multi-layered structure which offers a high resistance to intrusion by torch and . The door and the body are are reinforced with special alloy grids, ISM patented , which gives torch and tool protection. The safes have a multi-direction boltwork mechanism and a double locking system consisting of U.L. certified high security key lock for safes and combination lock . All of the safe’s locks are protected by randomly scattered glass plate re-lockers.
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Multi Layered Structure
The safe is built from several layers of different protection features, materials such as steel, reinforced steel, aluminum, copper, concrete, glass and etc. Combination of materials requires a diverse of hacking tools that provides longer response time.
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Special Alloy Grid
Patented ISM Magen Goldman. Bars made of special steel alloy with a unique ultra-high resistance to drilling and sawing. Provide maximum durability against concentrated attacks.
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Double Locking
The locking mechanism consists of two locks: A high security key lock for safes and a mechanical or electronic combination lock , which provides a double layer of protection.
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Bolts Engagement
A multi-directional boltwork locking. When the system is locking the bolts are extended from several directions. A multi-directional boltwork provides a higher level of protection against burglary attacks on the safe.
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In Wall Bolts Sockets
The bolts are locked into cylindrical chambers in the body safe. In wall bolts sockets are used for further protection of the bolts, specially during an attack on the safe.
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Glass Plate Relocking Protection
The locking mechanism of the safe is ,constructed with glass plates and randomly scattered, protected by sophisticated re-lockers - which will permanently lock the boltwork mechanism when hacking is attempted.
