
Protection solutions are structured into categories to address specific threat types, including force protection, ballistic resistance, blast mitigation, and specialized security systems. Each category includes engineered products designed to perform under defined conditions and integrate into broader protection strategies.
These solutions combine advanced materials, tested systems, and engineering expertise to deliver reliable performance.
This structured approach enables efficient selection and
application across infrastructure, buildings, and high-risk environments, ensuring comprehensive protection and operational continuity.

Fire-rated doors are engineered to prevent the spread of fire and smoke by maintaining compartmentalization within buildings. Constructed using fire-resistant materials and tested assemblies, they withstand high temperatures for defined periods while preserving structural integrity.
Installed at critical access points, these systems support safe evacuation and limit fireprogression. Designed for durability and integration into architectural systems, they meet fire safety requirements across commercial, industrial, and infrastructure applications while maintaining functionality and performance.

Fire-rated window systems provide fire resistance while maintaining visibility and natural light within protected spaces.
Using specialized fire-resistant glazing and framing systems, they prevent flame and heat transmission during fire events.
Suitable for internal partitions and external façades, these systems ensure safety compliance without compromising transparency or design.
Engineered for performance,
they support both protection and architectural requirements in high-risk environments.

Fire-rated roller shutters are designed to protect large openings by deploying during fire events to contain flames and smoke. Engineered with fire-resistant materials and controlled mechanisms, they create barriers that isolate affected areas and prevent fire spread.
Commonly used in industrial and commercial environments, these systems combine operational flexibility with high-performance fire protection.
Designed for reliability, they ensure effective activation during emergencies while maintaining durability under regular use.

Fire-rated louvers are designed to allow ventilation while preventing the passage of fire and heat. Constructed from fire-resistant materials, they automatically seal under high temperatures to maintain compartment integrity. Integrated into building façades and ventilation systems, they support airflow without compromising safety.
These systems ensure compliance with fire protection requirements while maintaining performance in high-risk environments.

Fire protection retrofit systems are designed to enhance the resistance of existing doors and windows without full replacement.
These solutions include additional protective layers and reinforcement systems that improve performance under fire conditions.
Suitable for upgrade projects, they provide a cost-effective way to meet fire safety requirements while preserving existing structures and minimizing disruption.

Integrated fire protection systems combine multiple components to provide comprehensive safety across buildings and infrastructure. These systems are tailored to meet operational requirements, ensuring fire containment, reduced damage, and safe evacuation.
Designed for high-risk environments, they support performance and reliability across
complex facilities.

Fire-rated marine windows are engineered for offshore and marine environments where durability and fire resistance are critical. These systems withstand high temperatures and
harsh environmental conditions while maintaining visibility and structural performance.
Designed for long-term reliability, they meet safety requirements in demanding
operational settings.

Security doors are engineered using advanced materials and integrated components to provide resistance against ballistic, blast, and forced entry threats. These systems rely on
layered construction and reinforced design to achieve high security performance.
Designed to meet demanding protection requirements, they maintain functionality and can be customized to suit architectural needs while delivering reliable protection.

Ballistic window systems are constructed using multi-layer glazing designed to resist projectile impact and prevent hazardous fragmentation. These systems protect while maintaining transparency, making them suitable for secure environments requiring visibility.
Engineered for performance and reliability, they support both safety and operational functionality.

Ballistic-rated glass is manufactured using multiple layers designed to resist penetration and reduce spall. These systems are tested to defined threat levels and are used in buildings, vehicles, and secure environments. They protect while maintaining clarity and durability, ensuring reliable performance in high-risk applications.

Ballistic glass fence systems provide perimeter protection using reinforced transparent panels designed to resist projectile threats. These systems maintain open visibility while ensuring security, making them suitable for sensitive locations requiring controlled access and protection.
Designed for strength and integration, they support modern architectural and security requirements.

Blast-rated doors and gates are engineered to withstand pressure waves generated by explosions. Constructed using reinforced materials and specialized designs, these systems absorb and redistribute energy to minimize structural damage and protect
occupants.
Suitable for critical infrastructure and high-risk environments, they provide reliable protection while maintaining controlled access and operational functionality.

E-glass plate systems are specialized glazing components designed to enhance resistance against impact and blast effects. Integrated into protective systems, they provide an additional layer of safety and structural performance.
Engineered for durability and reliability, they support protection requirements in high-risk applications.

The cable catcher system is a retrofit solution designed to prevent glass and frame debris from entering buildings during blast events. Installed on existing glazing systems, it uses steel cables and energy-absorbing components to restrain windows under blast loads.
This significantly reduces injury risk and enhances safety without requiring full replacement of existing structures.

Portable anti-ram barrier systems are modular solutions designed to prevent vehicle-based threats from penetrating protected areas. These systems are easy to deploy and reposition, making them suitable for both temporary and permanent installations. Engineered for strength and reliability, they provide effective perimeter protection for sensitive and high-risk locations.

VIP protection systems are designed to provide enhanced safety for individuals in high-risk environments through integrated protection solutions.
These systems combine advanced materials, mobility considerations, and discreet design to ensure both security and usability. Tailored to specific operational requirements, they deliver reliable performance while maintaining functionality and comfort in demanding situations.

Safe room systems are reinforced spaces designed to provide immediate protection during security threats.
Constructed using high-strength materials, these systems are engineered to resist ballistic, blast, and forced entry hazards. They offer secure refuge while maintaining accessibility and usability, making them suitable for residential, commercial, and specialized environments.
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