It starts with steel.
A vault's door is usually its weakest point of entry and is vulnerable to prying, cutting, and drilling. We negate this weakness with a half inch of solid plate steel. This steel thickness increases with each protection rating.

To learn more about protection ratings and the need for a solid steel door... click here

To ensure maximum lock protection from all penetration based attacks, we completely encase the vaults inner lock with our highest rated penetration resistant ballistic armor plating. Capable of deflecting a direct hit from a 50 caliber bullet, this armor outperforms all known metals in penetration protection.

To learn more about our ballistic armor... click here

Our vault door and it's frame incorporate a highly overbuilt interlocking design where each anchor point acts as a redundant interlocked anchor for additional anchor points. The resulting assembly allows for flexibility during installation with unyielding rigidity once the door is locked in place.

The solid welded overlapping steel flanges on both sides of the door's frame firmly binds the door within it's opening while completely sealing out any perimeter vulnerability.

In addition, the solid steel reinforced door interlocks within the door frame, creating a flush surface of solid backed steel that prevents the insertion of any pry bar or hydraulic leverage mechanism.

A solid steel tongue runs the entire length of the inner door parallel to the hinge. It locks in securely behind the door frame when the door is fully shut interlocking the door and frame tightly together. Once closed and engaged, this jamb coupled with the flush frame design and hardened locking bolts creates a door capable of withstanding extreme forms of attack for extended periods of time. With the inner jamb in place, any effort spent cutting the doors exterior hinges wastes valuable time for the criminal while gaining them nothing.

A solid steel tongue runs the entire length of the inner door parallel to the hinge. It locks in securely behind the door frame when the door is fully shut interlocking the door and frame tightly together. Once closed and engaged, this jamb coupled with the flush frame design and hardened locking bolts creates a door capable of withstanding extreme forms of attack for extended periods of time. With the inner jamb in place, any effort spent cutting the doors exterior hinges wastes valuable time for the criminal while gaining them nothing.

This large hard plate rests between the door and the lock creating an additional barrier against penetration attacks. The plates is comprised of a thick, dense, and costly carbide material, the same ultra dense material that is embedded in the tips of high grade drill bits used to attempt entry into safes, chip carbide hardplate is a safe crackers worst nightmare as it will dull and/or shatter countless drill bits that attempt to penetrate its hardened jagged surface.

The locking bolts responsible for securing the door are fastened at two distinct locations along each bolt. Each paired set of solid steel anchors is spaced wide apart for additional support. The carriage anchors are held fast directly to the plate steel door by seamless welds.

This robust method of bolt carriage reinforcement is rarely seen in the safe industry. The majority of safe companies hold their bolts using a single thin carriage anchor, making the safe extremely vulnerable to pry bar and leverage based attacks.

Click here for an example of this vulnerable bolt carriage design.

A solid door requires solid bolt work, and our bolts deliver. Each case hardened locking bolt runs directly through the carriage anchors.

While the locking bolts on most safes terminate just inside the door, each Brown Safe bolt runs over half the length of the door passing directly through the wide set bolt carriage anchors. While in the locked position, each bolt is equipped with a passive anti-drive mechanism that blocks any attempts to mechanically force the bolt back through the use of wedges, taps, drills, and hammers.

Click here to learn about an unscrupulous "Large locking bolt" gimmick commonly employed by many major safe manufacturers to create the false impression of a robust safe.

Hardened relocking bolts positioned at key locations throughout the safe act as an end all failsafe against intrusion. If an attempt is made to penetrate the lock, all relocker bolts instantly engage permanently pinning the door and its main bolts solidly in place and making it a near impossibility to get the door open within any reasonable remaining time the criminal may have.

Once relocker bolts have activated, the vault door must be opened by a certified locksmith using blueprints supplied by Brown Safe specific to that door. Without these detailed prints and instructions, it takes numerous hours to gain access to the safe, ensuring the safety of the precious contents within.

To best accommodate the mass of our vault doors, all doors come standard with high load bearing ball and roller hinges. The result is an exceptionally fortified door with silky smooth operation.

Once the door has been built with the desired level of burglary protection, the door is made fire worthy by encasing the door exterior within 2.5" inches of poured composite material comprised of a high pressure concrete based mixture.

To learn more about the composite encasement process... click here.

The vault will keep contents within below paper flash point (350° F, 177° C) for 1½ hours at temperatures up to 1700°F (927° C).

Brown Safe is one of the only vault door builders to enhance the density of our composite fire material to provide a high level of increased burglary protection. Our special recipe high-PSI amalgamate is capable of dissipating the concentrated heat from torches, seizing saw blades, and fracturing drill bits.