Blast-Resistant Door and Frame Assemblies
Habersham’s blast-resistant door and frame assemblies help protect critical openings from explosive threats, including vehicle-borne and man-portable IEDs. Each assembly is engineered around project-specific performance requirements, reinforced construction, and applicable anti-terrorism standards.
Designed for Anti-Terrorism Requirements
Blast-Resistant Performance
Helps protect critical openings from explosive threats
Anti-Terrorism Standards
Designed around UFC 4-010-01 DoD guidance
Project-Specific Analysis
Evaluated around loading, opening conditions, and facility needs
Reinforced Door System
Engineered as a complete door, frame, hardware, and anchor assembly
Blast-Resistant Product Line
Doors/ Frame Assemblies
Reinforced door and frame systems engineered around blast load criteria, opening size, wall construction, hardware requirements, and anchoring conditions. Custom configurations are available to support project specific performance, code, and security needs.
How Blast-Resistant Assemblies Are Specified
Blast resistant assemblies are specified around the expected threat scenario, blast load criteria, opening conditions, and
facility requirements. Door size, frame type, wall construction, anchoring, hardware, fire rating, and security needs can all
influence the final assembly configuration.
1
Start with the Opening
Document the door size, wall condition, frame needs, and access requirements before selecting the assembly.
2
Define the Threat Scenario
Identify the blast criteria, risk level, and applicable anti-terrorism requirements for the project.
3
Review Code & Additional Performance Needs
Review fire rating, egress, hardware, access control, impact, forced-entry, or ballistic requirements.
4
Engineer the Assembly
Configure the door, frame, hardware, seals, threshold, and access components to work together as a shielded assembly.
Need help matching blast-resistant requirements to your project?
Blast-Resistant Assemblies in Real-World Applications
Engineered door and frame assemblies for facilities where explosive threat protection, reinforced opening performance, and long term durability are critical.