Vault door production is a highly specialized process that involves engineering and manufacturing to create a door capable of withstanding significant force, time, and sophisticated break-in attempts. Vault doors are typically used in banking, data storage, government facilities, and other locations where high-security storage is needed. The production of these doors requires careful attention to materials, design, and advanced security features.

1. Design and Engineering

• Customization: Vault doors are often custom-designed to meet the specific needs of the facility or client. Factors like size, security level, fire resistance, and specific operational needs influence the design.

• Materials Selection: The design team chooses high-quality materials to ensure that the door can resist different forms of attack, including physical break-ins, fire, and even sophisticated explosives or drilling attempts.

• Steel: High-strength, alloy steels are commonly used for the core and frame. Steel is often hardened to increase resistance to cutting, grinding, and drilling.

• Composite Materials: Some vault doors incorporate composite materials, which combine metal with materials like concrete, ceramic, or other composites to enhance resistance to drilling or fire.

• Fireproofing: Fire-resistant insulation and barriers may be incorporated into the door to protect contents from heat or smoke.