From Certification to Real Life Protection: The Evolution of 3B’s Ballistic Solutions

When 3B first entered the ballistic protection market, our initial objective was clear: to achieve the prestigious UL 752 ballistic ratings. At the time, these certifications were a direct request from our clients and represented the industry benchmark for ballistic performance. Through focused research and development, we quickly and successfully achieved UL 752 ratings up to and including UL Level 10. During this early phase, testing was conducted strictly in accordance with UL requirements—meaning we tested only the minimum number of rounds required to meet each classification.

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A Shift in Client Expectations

As we entered the market with our certified products, the feedback we received was extraordinary—and transformative. Client priorities had evolved. Stakeholders were no longer satisfied with products that could stop one or two rounds under controlled conditions. Instead, they demanded solutions capable of protecting critical assets in real life, sustained attack scenarios.

The question became clear and unavoidable:

Why invest in security walls designed to protect millions of dollars’ worth of assets if those walls could fail after only a few rounds?

A protection system that ceases to function during a prolonged attack undermines its purpose entirely—and represents a poor investment.

Raising the Standard Beyond Certification

In response to this feedback, 3B reassessed its entire approach to physical security. We undertook extensive redesign, additional research, and advanced testing to dramatically improve:

• Ballistic endurance
• Structural longevity under sustained fire
• Blast resistance
• High velocity fragmentation mitigation

The testing program was demanding and exhaustive. Countless hours were devoted to retesting, refining materials, and validating performance until we achieved what would become the 3B Real Life Situations (RLS) Portfolio—a standard far beyond conventional certification.

Live Demonstration and Unmatched Performance

To validate our findings transparently, we chose to demonstrate our systems live, in front of clients and independent witnesses at multiple locations across the United States.

The results were unprecedented.

3B walls absorbed more than 10,000 ballistic rounds, across multiple calibers—including .50 caliber threats—while maintaining full structural integrity. These demonstrations left audiences in absolute disbelief as the walls remained intact after sustained fire that would devastate conventional systems.

Today, these results are proven, documented, and repeatedly witnessed in real-world applications. 3B possesses ballistic stopping power unmatched anywhere in the United States—and, to our knowledge, globally. No other solution comes close to the performance envelope achieved by 3B. Beyond its exceptional ballistic capabilities, 3B delivers a comprehensive, layered protection system that extends into both advanced firewall protection and robust physical security. Its integrated approach ensures not only resistance against high-velocity threats, but also reinforces perimeter defense, intrusion deterrence, and structural integrity under extreme conditions. This combination of cutting-edge material science and strategic defensive design creates a true “360-degree” security barrier—protecting assets, infrastructure, and personnel at every level. With 3B, clients gain more than a product; they gain a hardened, resilient system engineered to withstand, defend, and endure in the most demanding environments.

Not a Paper Standard—A Real World Solution

Our mission is straightforward:

We want to give clients the highest possible level of protection—so that both people and assets survive worst case scenarios.

We deliberately reject being categorized as a “paper compliance” company—one that meets certification by stopping a single round simply to satisfy a checklist. While we proudly hold UL and NIJ certifications, we refuse to let minimum standards define maximum protection.

3B is an RLS driven company, offering true value by delivering solutions engineered for real attacks, not controlled laboratory conditions.

Testing Beyond Global Standards

To validate our solutions, 3B developed a bespoke testing regime specifically designed to replicate real world threats. From the outset, we committed to providing the most robust ballistic protection available—regardless of existing test requirements.

In many cases, 3B products were tested at up to 5,000% more ballistic rounds than required by global qualifying standards.

Real Life Testing Scenarios

Exceeding ASTM F2781 15: 3B Protection’s Advanced Forced Entry Resistance

At 3B Protection, we do not simply meet industry standards—we deliberately exceed them. One such benchmark is ASTM F2781 15, the recognized test method for evaluating the forced entry resistance of security fence systems. This standard plays a critical role in validating perimeter defenses designed to protect high value assets and critical infrastructure.

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What Is ASTM F2781 15?

ASTM F2781 15 is a comprehensive testing protocol used to evaluate how effectively a security fence system resists forced entry attempts. The test simulates real world attack scenarios using a range of tools and techniques intended to breach perimeter defenses.

The standard measures how long a fence system can withstand sustained attack before penetration occurs, ensuring the system meets minimum requirements for protecting sensitive facilities and infrastructure.

Exceeding the Standard: 3B Protection’s Enhanced Forced Entry Testing

While ASTM F2781 15 requires security fence systems to resist forced entry for up to 15 minutes, 3B Protection has advanced this benchmark significantly testing our systems for up to 1 full hour with zero failures. In addition, we expand the scope of testing to include more aggressive tools and attack methods than those typically required by the standard.

Superior Materials and Engineering

3B Protection utilizes a proprietary blend of advanced materials, engineered specifically to withstand extreme forced entry attempts. Our structural designs significantly outperform conventional systems by combining strength, resilience, and durability into a unified protective solution.

Extended Testing Duration

Rather than limiting evaluation to the standard 15 minute window, 3B subjects its systems to up to 60 minutes of continuous, high intensity attack. During this extended testing period, fences are assaulted using:

• Manual tools
• Power tools
• Real world breaching techniques

Even after an hour of uninterrupted attack, 3B systems maintain their structural integrity—demonstrating a level of resilience that far exceeds standard requirements.

Multi Threat Resistance

3B Protection systems are not limited to forced entry defense alone. All solutions are rigorously tested against multiple threat types, including:

• Ballistic impacts
• Explosive blast forces
• High velocity fragmentation
• Environmental and operational stressors

This multi threat approach ensures comprehensive perimeter protection across a wide range of real world scenarios.

Continuous Innovation

Innovation is central to 3B Protection’s philosophy. Our systems incorporate advanced features such as:

• Hidden structural reinforcements
• Multi layered construction
• Specialized energy absorbing designs

By continuously refining materials and engineering methodologies, we ensure our products stay ahead of evolving threats and security challenges.

Smart Technology Integration

3B systems are designed not only to stop threats, but also to detect and report them. Integrated smart technologies include:

• Real time intrusion sensors
• Alarm systems
• Monitoring and alert capabilities

This intelligent integration enables immediate response during a forced entry attempt, ensuring coordinated action even under extreme conditions.

Why Choose 3B Protection?

3B Protection goes far beyond the requirements of ASTM F2781 15 by delivering perimeter security systems proven to resist forced entry for up to one hour without failure. Through superior materials, extended testing, and advanced technology integration, we provide some of the most durable and reliable security solutions available today.

When you choose 3B Protection, you are not simply installing a fence—you are investing in world class protection, response time, and peace of mind.

Trust 3B Protection to safeguard your facility with perimeter security solutions that exceed standards, outlast threats, and protect what matters most.

Real Life Situation (RLS) Standard

Setting a New Benchmark in Security Testing

At 3B Protection, we recognize that traditional security certifications often fail to account for the complexity, unpredictability, and intensity of real world threats. To address this gap, we developed our proprietary Real Life Situation (RLS) Standard—a rigorous, performance driven testing framework designed to push security systems far beyond the limitations of conventional industry benchmarks.

The RLS Standard is the cornerstone of 3B’s commitment to delivering the highest level of protection available, ensuring that our solutions perform reliably under sustained, multifaceted attack conditions found in real world environments.

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Why the RLS Standard Was Created: Addressing Evolving Threats

Conventional certifications such as UL and NIJ play an important role in validating basic performance; however, they typically evaluate threats in isolation—such as a single ballistic impact or a controlled blast event. Modern security threats do not occur in isolation.

Real world attacks are often:

• Coordinated
• Sustained overtime
• Multi vector in nature
• Involving firearms, explosives, forced entry, and fire—often simultaneously

Recognizing this reality, 3B developed the RLS Standard through extensive research, real world simulations, and live testing environments. The objective was clear: certify not just survivability of an impact, but durability throughout an ongoing attack.

Under RLS testing, products are not validated for stopping a single event—they are required to endure extended, compounded assault scenarios, ensuring continued protection when it matters most.

Ballistic Protection: Tested for Real World Engagements

While 3B proudly holds UL 752 certification up to Level 10, capable of defeating high caliber threats such as the .50 caliber, the RLS Standard raises ballistic testing far beyond certification requirements.

Real attackers do not fire once—and stop.

Under RLS testing:

• Products are subjected to sustained automatic and semi automatic fire
• Multiple calibers, including armor piercing ammunition, are used
• Thousands of ballistic rounds are fired during testing programs
• Structural integrity must be maintained throughout testing

This ensures that 3B walls, doors, and barriers provide prolonged protection, maintaining functionality and containment long enough for effective response and intervention.

Forced Entry Protection: Withstanding Relentless Assault

Firearms are not the only threats faced in real world attacks. Determined adversaries frequently attempt to breach security using tools and brute force.

The RLS Standard includes aggressive forced entry testing, simulating persistent attacks using:

• Crowbars and pry tools
• Sledgehammers
• Power saws and cutting equipment
• Coordinated mechanical breaching techniques

3B systems are engineered not merely to resist initial compromise, but to withstand repeated, prolonged assault. The resulting delay is critical—providing valuable time for security forces and law enforcement to respond before a breach can occur.

Blast Resistance: Absorbing and Containing Explosive Forces

Explosive threats vary dramatically in type, size, and effect. Under the RLS Standard, 3B products are subjected to complex blast scenarios that reflect real attack conditions, including:

• Improvised explosive devices (IEDs)
• Military grade explosives such as C4 and RDX
• Simulated RPG and fragmentation threats
• Successive blast exposure, not single event testing

Rather than focusing on blast survivability alone, RLS testing evaluates how systems:

• Absorb overpressure
• Contain shrapnel and fragmentation
• Maintain structural integrity after multiple detonations

This layered blast resistance significantly reduces secondary damage and enhances survivability for both people and assets.

Fire Resistance: Enduring Extreme Conditions

Fire—whether intentional or a byproduct of blast and ballistic attacks—presents a severe risk to both life safety and infrastructure.

Under the RLS Standard:

• • Materials are tested for prolonged exposure to extreme heat and flame
• • Systems provide up to 6 hours of fire resistance
• • Structural integrity must be maintained during extended burn scenarios

This fire resistance allows:

• • Safe evacuation of occupants
• • Controlled emergency response
• • Protection of critical equipment and infrastructure

The RLS Standard: Designed for Real Life Threats

The RLS Standard goes far beyond static laboratory testing. In collaboration with world leading test facilities, 3B conducts live, outdoor, real world simulations that replicate the most dangerous and unpredictable security scenarios.

RLS Testing Includes:

• Ballistic Testing: Sustained fire exceeding 10,000 rounds across multiple calibers
• Blast Testing: IEDs, RPG simulations, and successive explosive events
• Forced Entry Testing: Extended brute force and tool based breach attempts
• Fire Testing: Up to 6 hours of extreme heat exposu

This comprehensive testing ensures unmatched protection for high risk environments including data centers, utilities, government facilities, schools, and critical infrastructure.

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Why the RLS Standard Matters: Real Peace of Mind

Every investment into the RLS Standard is an investment in real world assurance. When clients choose 3B Protection, they are not relying on minimal compliance. They trust solutions proven under the harshest possible conditions.

Whether facing a ballistic attack, explosive threat, forced entry, or fire, our clients know that 3B systems are engineered, tested, and proven to perform when failure is not an option.

At 3B Protection, security is not about meeting standards—it is about surpassing them.

The RLS Standard exemplifies our unwavering commitment to delivering the most thoroughly tested, resilient, and reliable security solutions available today.

Nothing else comes close.

Standard Panel

Versatile Protection for Medium to High Threat Environments

The 3B Standard Panel is a versatile and high performance security solution designed to provide dependable protection against ballistic impacts, forced entry attempts, and explosive blasts. Engineered for deployment across a wide range of applications, including critical infrastructure, commercial facilities, government buildings, and residential security, the 3B Standard Panel delivers proven durability and consistent performance in medium to high threat environments.

Unlike traditional concrete walls, which require substantial thickness and heavy reinforcement to address ballistic and blast threats, the 3B Standard Panel achieves equivalent or superior protection in a significantly thinner and more efficient profile. Its advanced composite construction absorbs and dissipates high velocity impacts and explosive forces, enabling it to withstand sustained attack scenarios that standard concrete walls are not designed to endure independently.

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Key Features

Ballistic Resistance

The 3B Standard Panel is certified to UL 752 Levels 1 through 10, providing effective protection against handgun threats and high velocity rifle rounds. Designed to meet stringent industry requirements, the panel delivers reliable and practical defense across a broad spectrum of ballistic threats—making it ideal for facilities requiring robust, mission ready security.

Blast Resistance

Engineered to mitigate the effects of explosive events, the 3B Standard Panel absorbs and disperses blast energy, reducing structural damage and enhancing occupant safety. This capability makes it well suited for utilities, commercial properties, public facilities, and infrastructure sites exposed to potential blast risks.

Forced Entry Protection

The reinforced construction of the 3B Standard Panel is specifically designed to resist aggressive forced entry attempts. By withstanding mechanical breaching methods, the panel provides a critical security delay, helping protect facilities vulnerable to intrusion and unauthorized access.

High Speed Fragmentation Protection

The panel offers protection against high speed fragmentation, shielding against shrapnel and debris generated by explosions or high velocity impacts. This capability is especially valuable for industrial, utility, and defense related environments where fragmentation presents a significant threat.

Fire Resistance

In addition to physical security, the 3B Standard Panel provides fire resistance for up to 4 hours, helping to prevent the spread of fire while maintaining structural and protective integrity. This dual purpose capability supports environments where both fire safety and security are critical considerations.

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Applications

Application Type	Use Case
Commercial Buildings	Protects offices, retail centers, and mixed‑use developments from ballistic threats, forced entry, and blast risks
Government Buildings	Suitable for federal, state, and municipal facilities requiring enhanced perimeter and asset protection
Utility Infrastructure	Secures power stations, substations, water treatment plants, and other critical utilities
Educational Institutions	Provides protective barriers for schools, universities, and campus facilities
Residential Security	Enhances protection for high‑risk residential properties and secured housing developments

Technical Specifications

Specification	Description
Materials	High‑strength composite materials with proprietary infill technology
Ballistic Rating	UL 752 Levels 1–8
Blast Rating	Custom‑engineered for medium‑impact explosive events
Forced Entry Resistance	Reinforced construction designed to resist aggressive intrusion attempts
High‑Speed Fragmentation	Protection against shrapnel and debris from explosions or high‑velocity impacts
Fire Resistance Rating	Up to 4 hours
Panel Profile	Thinner and more efficient than traditional reinforced concrete systems
Installation	Suitable for new construction and retrofit applications

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Summary

The 3B Standard Panel provides a balanced combination of ballistic protection, blast mitigation, forced entry resistance, fragmentation defense, and fire resistance—delivered in a thinner, more efficient profile than traditional concrete systems. Designed for reliability and adaptability, it offers a cost effective and durable security solution for facilities requiring dependable protection against modern threats.

Advanced Panel

Premium Multi Threat Protection for Extreme Risk Environments

The 3B Advanced Panel Panel is a premium security solution engineered for the most demanding environments, delivering superior protection against extreme ballistic impacts, explosive blasts, forced entry threats, and fire events. Designed for deployment in critical infrastructure, military installations, government facilities, and high risk commercial environments, the 3B Advanced Panel combines advanced materials and precision engineering to safeguard people, operations, and high value assets from modern threats.

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Key Features

Enhanced Ballistic Resistance

The 3B Advanced Panel is engineered to meet and exceed the highest UL 752 ballistic standards, offering protection from UL Levels 1 through 10, including defense against .50 caliber API (Armor Piercing Incendiary) rounds. This exceptional level of ballistic performance ensures resistance to repeated high velocity impacts, making the panel ideal for environments exposed to severe and sustained threats.

Blast Resistance

Designed to absorb and mitigate powerful explosive forces, the 3B Advanced Panel protects structures and occupants from high impact blast events. Its robust construction minimizes structural damage while enhancing personnel safety, making it well suited for power plants, military bases, petrochemical facilities, and sensitive industrial sites.

Forced Entry Protection

The reinforced construction of the 3B Advanced Panel provides a formidable defense against aggressive forced entry attempts. Engineered to resist advanced tools and breaching techniques, the panel serves as a critical security barrier for government buildings, embassies, detention centers, and other high security facilities.

High Speed Fragmentation Protection

In addition to ballistic and blast resistance, the 3B Advanced Panel offers enhanced protection against high speed fragmentation generated by explosive events. This capability prevents shrapnel and debris from penetrating the structure, making it particularly suitable for military operations and explosion prone industrial environments.

Fire Resistance

The 3B Advanced Panel provides up to 8 hours of fire resistance, maintaining structural integrity and protective performance during prolonged fire exposure. This dual purpose capability ensures continued ballistic and physical protection during fire events, supporting safe evacuation and emergency response efforts.

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Applications

Application Type	Use Case
Power Generation Facilities	Protects power plants, substations, and utility infrastructure from ballistic, blast, fire, and forced‑entry threats while ensuring operational continuity
Military & Government Buildings	Provides maximum protection for military bases, embassies, command facilities, and government buildings facing extreme threat profiles
Data Centers	Safeguards critical IT infrastructure against ballistic attacks, fire events, forced entry, and explosive threats
Industrial Facilities	Ideal for petrochemical plants, gas refineries, and chemical facilities exposed to high explosion and fragmentation risks
Detention Centers & Border Security	Delivers high‑level security against ballistic threats, forced entry, and explosive attacks to protect personnel and occupants

Performance Standards

Protection Category	Performance Level
Ballistic Resistance	UL 752 Levels 1–10, including .50 caliber API (Armor‑Piercing Incendiary)
Blast Resistance	Engineered to mitigate high‑impact explosive forces
Forced Entry Resistance	Reinforced to resist aggressive and sustained break‑in attempts
Fire Resistance	Up to 8 hours
Fragmentation Protection	Tested for high‑speed fragmentation and shrapnel containment

Technical Specifications

Specification	Description
Materials	Advanced composite materials, steel reinforcements, and proprietary 3B infill technology
Ballistic Rating	UL 752 Levels 1–10
Fire Resistance Rating	Up to 8 hours
Blast Rating	Custom‑engineered to withstand extreme explosive forces
Forced Entry Protection	Heavy‑reinforced construction for high‑threat intrusion scenarios
Fragmentation Protection	High‑speed fragmentation and debris resistance
Panel Profile	High‑performance, multi‑layered design optimized for extreme threats
Installation	Suitable for new construction and retrofit applications
Customization	Available in various sizes, configurations, and finishes

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Why Choose the 3B Advanced Panel

• Ultimate Multi Threat Protection
  Comprehensive defense against ballistic, blast, forced entry, fire, and fragmentation threats in a single system.

• Tested for Real World Threats
  Each panel undergoes rigorous testing designed to replicate real life attack scenarios.

• Long Term Durability
  Engineered to maintain structural integrity under extreme and sustained conditions.

• Customizable Design
  Available in a range of sizes, configurations, and finishes for seamless integration with project specific requirements.

Max Panel

The Ultimate Multi Threat Protection Solution

The 3B Max Panel represents the pinnacle of security technology within the 3B Protection product line, delivering unparalleled protection against ballistic impacts, explosive blasts, forced entry attempts, fire, and extreme environmental conditions. Engineered for the most demanding environments, the 3B Max Panel is purpose built for critical infrastructure, government facilities, military installations, and high risk commercial sites where failure is not an option.

Through the integration of advanced composite materials and precision engineering, the 3B Max Panel provides unmatched structural performance and long term resilience against the most severe modern threats.

A Single Panel, Multi Threat Solution

What sets the 3B Max Panel apart is its ability to counter multiple threat types simultaneously—including ballistic fire, explosive blasts, forced entry, fire events, and severe weather—within a single panel system. This eliminates the need for layered or separate defensive systems, simplifying security upgrades while reducing installation complexity, footprint, and overall lifecycle costs.

Constructed from lightweight yet exceptionally durable composite materials, the 3B Max Panel enables rapid, cost effective installation and delivers long term performance with minimal maintenance across a wide range of operational environments.

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Key Features

Maximum Ballistic Resistance

The 3B Max Panel is engineered to meet and exceed UL 752 ballistic standards up to Level 10, including resistance to .50 caliber API (Armor Piercing Incendiary) rounds. Designed to withstand multiple high velocity, repeated impacts, this level of ballistic protection ensures that both personnel and critical assets remain secure under the most extreme ballistic threats.

Blast Resistance

Purpose built to perform under explosive conditions, the 3B Max Panel absorbs and mitigates the effects of powerful blast forces, reducing the risk of catastrophic structural damage. These capabilities make it ideal for facilities exposed to explosive risks, including power generation facilities, LNG plants, petrochemical sites, and military bases.

Forced Entry Resistance

With reinforced construction and layered defenses, the 3B Max Panel serves as a formidable barrier against aggressive forced entry attempts. Designed to resist a wide range of breaching tools and methods, it provides a critical delay mechanism that protects facilities during even the most determined intrusion efforts.

High Speed Fragmentation Protection

The 3B Max Panel offers superior protection against high speed fragmentation resulting from explosive events. By preventing shrapnel and debris from penetrating protected areas, it enhances survivability in military, industrial, and high risk infrastructure environments.

Fire Resistance

Engineered with integrated fire resistant properties, the 3B Max Panel delivers up to 6 hours of fire resistance, maintaining structural integrity and protective performance during prolonged fire exposure. This capability limits fire spread while ensuring continued ballistic and blast protection throughout fire events.

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Applications

Application Type	Use Case
Critical Infrastructure	Protects power plants, substations, water facilities, and essential infrastructure against ballistic, blast, fire, and forced‑entry threats
Military Installations	Provides maximum protection for bases, command facilities, ammunition depots, and high‑threat operational zones
Data Centers	Safeguards critical IT infrastructure from ballistic attacks, explosive events, fire hazards, and unauthorized access
Industrial & Energy Facilities	Ideal for LNG facilities, petrochemical plants, refineries, and industrial sites exposed to explosive and fragmentation risks
Detention Centers & Border Security	Delivers high‑level defense against ballistic threats, forced entry, and blast events to protect personnel and occupants

Technical Specifications

Specification	Description
Materials	High‑strength composite materials, steel reinforcements, and proprietary 3B infill technology
Ballistic Rating	UL 752 Levels 1–10, including resistance to .50 caliber API rounds
Blast Resistance	Custom‑engineered to withstand extreme explosive forces
Forced Entry Resistance	Reinforced construction designed to resist aggressive and sustained breaching attempts
Fragmentation Protection	Superior high‑speed fragmentation and shrapnel resistance
Fire Resistance Rating	Up to 6 hours
Weather Resistance	Designed to withstand severe environmental conditions
Panel Profile	Lightweight yet highly durable, multi‑layer composite design
Installation	Suitable for new construction and retrofit applications
Maintenance	Minimal maintenance with long‑term durability

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Summary

The 3B Max Panel delivers the highest level of integrated security available in a single panel solution. By combining maximum ballistic resistance, blast mitigation, forced entry protection, fire resistance, and fragmentation control into one advanced system, it sets a new benchmark for perimeter and facility protection.

Designed for environments where the consequences of failure are severe, the 3B Max Panel offers unmatched protection, operational simplicity, and long term value for organizations facing the most extreme threat profiles.

Ballistic, Forced Entry, and Smart Security Integration Overview

Ballistic Protection — UL 752 Compliance (Levels 1–10)

perimeter wall systems are engineered to meet and exceed UL 752 ballistic standards, providing scalable protection based on threat severity and facility risk profile.

UL Level 8 — 5” Standard Wall

• Capable of withstanding up to 2,500 shots per panel from 7.62mm NATO M80 rifle rounds
• Typically associated with military grade and high powered rifles
• Suitable for environments where sustained rifle fire presents a credible threat

UL Level 9 — 8” Advanced Wall

• Designed to resist up to 2,000 shots per panel from a .30 06 Springfield rifle using armor piercing A.P. M2 ammunition
• Provides protection against elevated ballistic threats and armor piercing projectiles
• Appropriate for high risk critical infrastructure and government facilities

UL Level 10 — 10” Max Wall

• Offers the highest level of ballistic protection
• Capable of stopping up to 500 shots per panel from .50 caliber (BMG) rifle threats
• Essential for the most secure environments where heavy caliber weapons are a concern

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Forced Entry Protection — ASTM F2781 (60 Minute Rating)

Forced Entry Resistance

perimeter wall systems are designed to comply with ASTM F2781 forced entry resistance requirements, including extended resistance durations of up to 60 minutes. This standard evaluates a barrier’s ability to resist determined intrusion attempts using physical force.

The walls are tested to withstand:

• Battering and impact force
• Cutting and sewing attempts
• Prying and leverage tools

This level of resistance provides a critical deterrence and delay mechanism, greatly increasing response time for security teams and law enforcement.

Smart Integration and Perimeter Intelligence

perimeter systems are engineered as smart security platforms, integrating physical protection with advanced sensing, monitoring, and response technologies.

Embedded Sensors

Integrated sensors detect:

• Ballistic impacts
• Vibrations
• Tampering or breach attempts

These sensors provide real time alerts to security personnel, enabling rapid situational awareness.

Surveillance Integration

The perimeter system integrates seamlessly with:

• CCTV systems
• Motion detectors
• Radar and thermal imaging

This creates a fully monitored, intelligent perimeter capable of immediate threat verification and response.

Automated Security Responses

Upon threat detection, the system can automatically:

• Lock down access points
• Activate alarms and alerts
• Notify on site security and external law enforcement

This automation enhances response speed and reduces reliance on manual intervention.

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Integrated Column and Infrastructure Design

Top Mounted T Bracket System

• The integrated top mount T bracket design minimizes the need for costly civil works such as:
  • Trenching or hydrovac work
  • Concrete pads
  • Stand alone poles

This design significantly reduces installation time and infrastructure costs while preserving square footage within the substation for other uses.

Power and Communication Routing

Power and communication cabling can be routed using either method:

• Above Ground Routing:
  Cables run through protected conduits from enclosure to enclosure on the secure side of the columns, minimizing trenching.

• Belowground Routing:
  Cables run through underground conduits beneath the wall during construction for fully concealed infrastructure.

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T Bracket Mounting Capabilities

The integrated T bracket system supports a wide range of security and non security equipment, reducing the need for additional poles or mounting structures.

External Security Elements

• PTZ cameras
• 180° surveillance elements
• Thermal cameras
• Radar systems
• Talk down speakers
• Multi color status LEDs

Internal Security Elements

• Ballistic detection microphones
• 180° cameras
• Fixed cameras
• LiDAR systems

Non Security Elements

• Site lighting
• External environmental condition monitoring
• Internal condition monitoring

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Summary

perimeter wall systems combine UL 752 ballistic resistance, ASTM F2781 forced entry protection, and integrated smart security technology into a single, unified solution. With scalable protection levels, intelligent monitoring, and installation efficient design, these systems deliver exceptional security performance, rapid response capability, and long term value for high risk and mission critical environments.

Firewall 2 Hour Rated Passive Fire Barrier

The 3B FR120™ Firewall is a high performance, passive fire resistant barrier engineered to protect critical environments from fire hazards. Designed for use across high risk sectors—including industrial facilities, government buildings, data centers, military installations, and critical infrastructure—the 3B Firewall provides certified 2 hour fire protection, ensuring operational continuity and enhanced life safety during fire emergencies.

By maintaining structural integrity and containing fire spread, the 3B FR120™ delivers essential time for emergency response teams to mitigate damage, protect valuable assets, and support safe evacuation in high risk scenarios.

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Key Features

2 Hour Certified Fire Resistance

The 3B FR120™ provides up to 2 hours of certified fire protection, meeting stringent fire safety requirements for passive fire barriers. This extended resistance helps ensure that critical infrastructure—including power plants, data centers, substations, and utility facilities—remains protected during fire events. By limiting fire spread and preserving protected zones, the firewall significantly reduces the risk of catastrophic damage while allowing emergency personnel sufficient time to respond effectively.

High Strength, Durable Construction

Constructed from high strength composite materials, the 3B Firewall is engineered for long term durability and dependable performance under extreme conditions. These materials retain their fire resistant properties when exposed to prolonged high temperatures and pressure, ensuring consistent protection in environments where fire risk is elevated. The robust construction enables the firewall to withstand intense heat without compromising its protective function.

Integrated Forced Entry Resistance

In addition to fire protection, the 3B FR120™ incorporates forced entry resistance, delivering a dual purpose security solution. This capability ensures that sensitive areas remain safeguarded not only from fire but also from unauthorized access during emergency situations—when facilities may be especially vulnerable. This added layer of protection helps secure personnel, assets, and critical operations across government, industrial, and military facilities.

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Applications

Application Type	Use Case
Power Generation Facilities	Protects turbines, control rooms, and critical systems from fire spread while supporting operational continuity
Substations & Utility Infrastructure	Fire separation for transformers, switchgear, and electrical equipment in high‑risk fire zones
Government Buildings	Provides passive fire and security protection for sensitive and mission‑critical areas
Data Centers	Contains fire events to protect servers, power systems, and critical IT infrastructure
Military Installations	Enhances fire safety and security in bases, command centers, and operational facilities
Industrial Facilities	Ideal for manufacturing plants, refineries, and high‑temperature environments with elevated fire risk

Technical Specifications

Specification	Description
Product Name	3B FR120™M Firewall
Fire Resistance Rating	Certified 2‑hour passive fire protection
Materials	High‑strength composite materials engineered for durability and fire resistance
Forced Entry Resistance	Integrated forced‑entry resistance for added physical security
Customizable Thickness	Configurable to meet project‑specific fire and security requirements
Structural Integrity	Maintains performance under prolonged high‑temperature exposure
Installation	Suitable for new construction and retrofit applications
Maintenance	Passive system requiring minimal ongoing maintenance

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Summary

The 3B FR120™ Firewall delivers reliable, certified passive fire protection with the added benefit of forced entry resistance, making it an ideal solution for high risk and mission critical environments. Engineered for durability and performance, it provides essential time, protection, and peace of mind during fire emergencies—helping facilities maintain safety, security, and operational resilience when it matters most.

Firewall 4 Hour Rated Passive Fire Barrier

The 3B FR240™ Firewall is a state of the art passive fire resistant solution engineered to protect critical environments from severe fire hazards. Designed for deployment in high risk sectors—including industrial facilities, government buildings, data centers, military installations, and utility infrastructure—this advanced firewall system delivers up to 4 hours of certified fire protection.

With its robust construction and extended fire resistance capability, the 3B FR240™ ensures that mission critical facilities remain secure, operational, and protected during even the most severe fire emergencies. The system can be customized in size, thickness, and configuration, allowing precise alignment with project specific fire safety requirements and making it an ideal solution for complex, high risk environments.

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Key Features

4 Hour Certified Fire Resistance

The 3B FR240™ provides up to 4 hours of certified passive fire protection, meeting the highest fire safety standards while preventing fire spread and preserving the structural integrity of protected areas. This extended fire resistance is essential for facilities such as power plants, substations, data centers, and critical infrastructure, allowing emergency response teams sufficient time to contain the incident, mitigate damage, and protect valuable assets.

High Strength, Durable Construction

Constructed from high strength composite materials, the 3B FR240™ is engineered for long term durability and reliable performance under extreme conditions. The firewall retains its fire resistant properties when subjected to prolonged high temperatures and pressure, providing dependable protection in environments with significant fire risk. This robust design ensures consistent performance without compromising structural stability.

Integrated Forced Entry Resistance

In addition to its exceptional fire protection capabilities, the 3B FR240™ incorporates forced entry resistance, delivering a dual purpose safety and security solution. This added layer of protection ensures that sensitive areas remain secured against unauthorized access during emergency situations—when facilities may be particularly vulnerable. This combination of fire and physical security protection is especially valuable for government, industrial, and military applications.

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Applications

Application Type	Use Case
Power Generation Facilities	Provides robust fire separation for turbines, control rooms, transformers, and critical systems
Substations & Utility Infrastructure	Protects switchgear, electrical equipment, and utility assets from fire spread and secondary damage
Government Buildings	Ensures passive fire protection and physical security for sensitive and mission‑critical areas
Data Centers	Contains fire events to protect servers, power distribution systems, and critical IT infrastructure
Military Installations	Enhances fire safety and security for bases, command facilities, and operational environments
Industrial Facilities	Ideal for refineries, chemical plants, manufacturing sites, and other high‑temperature industrial environments

Technical Specifications

Specification	Description
Product Name	3B FR240™M Firewall
Fire Resistance Rating	Certified 4‑hour passive fire protection
Materials	High‑strength composite materials engineered for durability and fire resistance
Forced Entry Resistance	Integrated resistance to unauthorized access during emergency conditions
Customizable Thickness	Configurable to meet project‑specific fire‑safety and design requirements
Structural Integrity	Maintains performance under prolonged high‑temperature and pressure exposure
Installation	Suitable for new construction and retrofit applications
Maintenance	Passive system requiring minimal ongoing maintenance

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Summary

The 3B FR240™ Firewall delivers industry leading 4 hour passive fire protection combined with integrated forced entry resistance, making it an ideal solution for the most demanding and high risk environments. Engineered for durability, adaptability, and performance, it provides critical time, enhanced safety, and peace of mind—helping facilities protect people, assets, and operations when fire risk is at its highest.

Firewall 6 Hour Rated Passive Fire Barrier

The 3B FR360™ Firewall is an advanced passive fire protection wall system engineered to safeguard high risk facilities against prolonged and severe fire events. Independently tested and verified, the FR360™ delivers 360 minutes (6 hours) of continuous fire resistance in accordance with ASTM E119 standards.

Following fire exposure, the system withstood the rigorous ASTM E2226 hose stream test, demonstrating exceptional structural integrity under extreme thermal and mechanical stress. Constructed using 3B’s proprietary non combustible materials, the FR360™ offers reliable, maintenance free protection for mission critical and high consequence infrastructure.

Designed for the most demanding environments, the FR360™ achieves one of the highest passive fire protection ratings currently available in the industry. Its full 6 hour performance rating reflects robust engineering and an ability to perform far beyond conventional requirements—providing unmatched confidence for facilities where failure is not an option.

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Key Features

• Verified 6 Hour Fire Resistance
  Independently tested and certified to 360 minutes under ASTM E119.

• Hose Stream Resistant
  Successfully passed ASTM E2226 hose stream testing, withstanding a 45 psi blast following fire exposure.

• Non Combustible Construction
  Built using proprietary 3B non combustible materials for maximum fire endurance and safety.

• Minimal Spalling / High Thermal Stability
  Designed to limit spalling and maintain full containment under extreme temperatures.

• Fast Installation
  Modular system enables rapid deployment and reduced installation time.

• Modular and Sustainable Composition
  Engineered for adaptability and long term sustainability.

• Recycled Content
  Contains approximately 15–35% recycled materials, supporting environmental responsibility.

• Integrated Blast and Ballistic Resistance
  Designed to resist secondary threats associated with fire events in high risk environments.

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Ideal Applications

Application Type	Use Case
Battery Energy Storage Systems (BESS)	Provides extended fire separation and protection for high‑energy storage environments with extreme thermal risk
Substations & Utility Infrastructure	Protects transformers, switchgear, and grid assets from prolonged fire exposure and secondary damage
Critical Infrastructure & Government Facilities	Ensures the highest level of passive fire protection for mission‑critical and high‑consequence facilities
Telecom Shelters & Data Centers	Contains fire events to protect electronics, power systems, and communication assets
Hazardous Material & Chemical Facilities	Mitigates fire escalation in environments with combustible, toxic, or reactive materials
Wildfire‑Prone Zones	Acts as a high‑endurance fire barrier to protect facilities exposed to prolonged wildfire conditions
Emergency Deployable Fire Walls	Rapidly deployable fire protection for temporary or emergency risk mitigation

Technical Specifications

Specification	Description
Product Name	3B FR360™ Firewall
Fire Resistance Rating	Verified 6‑hour (360‑minute) fire resistance per ASTM E119
Hose Stream Resistance	Passed ASTM E2226 hose stream test (45 psi blast after fire exposure)
Peak Test Temperature	2,150°F
Materials	Proprietary 3B non‑combustible composite fire‑rated system
Spalling Performance	Minimal spalling with full containment
Structural Integrity	No breach; full structural containment after fire and hose stream testing
Blast & Ballistic Resistance	Integrated blast‑ and ballistic‑resistant design
Sustainability	Contains approximately 15–35% recycled content
System Design	Modular, sustainable composition
Installation	Fast installation; suitable for permanent or emergency deployment
Maintenance	Passive system with maintenance‑free operation

Testing Summary

Test Parameter	Result
Testing Facility	Independent accredited laboratory
Fire Duration	360 minutes (6 hours)
Peak Temperature Achieved	2,150°F
Post‑Fire Evaluation	Passed ASTM E2226 hose stream test
Observations	No breach; spalling contained; full structural containment
Construction Type	Proprietary 3B fire‑rated wall system

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Summary

The 3B FR360™ Firewall represents a best in class passive fire barrier solution, delivering verified 6 hour fire resistance, hose stream survivability, non combustible construction, and integrated ballistic and blast resistance. Engineered for extreme conditions and prolonged exposure, it provides unparalleled protection for the most demanding applications—where extended fire endurance, structural integrity, and operational resilience are critical.

Integrated Ballistic, Fire, Blast, and Forced Entry Protection

Ballistic Firewalls are meticulously engineered to deliver superior protection in high risk environments where fire hazards and ballistic threats coexist. Designed for deployment across critical infrastructure, government facilities, data centers, military installations, and high security commercial environments, these advanced firewalls integrate cutting edge fire resistant technology with robust ballistic, blast, and forced entry protection.

This dual purpose design safeguards both structures and personnel during extreme threat events, including active shooter incidents, high speed fragmentation, explosive blasts, and prolonged fire exposure—ensuring operational continuity and life safety when it matters most.

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Key Features

Ballistic Protection

Built to UL 752 ballistic standards, 3B Ballistic Firewalls provide scalable ballistic resistance from UL Levels 1 through 10, including protection against high caliber threats such as .50 caliber API (Armor Piercing Incendiary) rounds. These systems are tested to withstand multiple ballistic impacts and high speed fragmentation, ensuring effective defense against threats ranging from handguns to high powered rifles.

Fire Resistance

Engineered to meet stringent fire safety requirements, 3B Ballistic Firewalls deliver up to 8 hours of fire resistance, preventing fire spread while maintaining structural integrity. This capability is critical for environments with elevated fire risk—such as industrial facilities, utilities, and data centers—where uninterrupted protection and controlled fire containment are essential.

Blast Resistance

In addition to ballistic and fire protection, 3B Ballistic Firewalls are designed to absorb and mitigate explosive forces. Their reinforced construction reduces the risk of catastrophic structural failure during blast events, making them ideal for LNG plants, power stations, military installations, and other explosive risk environments.

High Speed Fragmentation Resistance

These firewalls are specifically engineered to withstand high velocity fragmentation, offering dependable protection against shrapnel and debris generated by explosive blasts. This feature makes them particularly effective in industrial and military environments where fragmentation poses a significant threat.

Forced Entry Resistance

Designed to resist aggressive forced entry attempts, 3B Ballistic Firewalls provide an added layer of physical security in high threat scenarios. This resistance helps prevent unauthorized access during hostile events, ensuring facilities remain secure even under extreme conditions.

Customizable Design

Ballistic Firewalls are fully customizable to align with site specific security requirements. Available in various sizes, configurations, and finishes, they are engineered for seamless integration into both existing structures and new developments.

Seamless Integration

Whether installed during new construction or as part of a retrofit project, 3B Ballistic Firewalls are designed for efficient installation with minimal operational disruption. Their flexible design enables smooth integration with surrounding infrastructure while maintaining architectural consistency.

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Applications

Application Type	Description / Use Case
Power Generation Facilities	Protects turbines, control rooms, transformers, and critical assets from ballistic attacks, fires, blasts, and forced entry
Substations & Utility Infrastructure	Provides combined ballistic, fire, and blast protection for switchgear, electrical systems, and utility assets
Government & Military Buildings	Secures sensitive government facilities, military bases, embassies, and command centers against multi‑threat scenarios
Data Centers	Safeguards servers, power systems, and communications infrastructure from fire events, forced entry, and ballistic threats
Schools & Universities	Enhances occupant safety and facility resilience against active shooter, fire, and forced‑entry threats
High‑Security Industrial Facilities	Ideal for refineries, LNG plants, manufacturing sites, and industrial locations exposed to explosive and ballistic risks

Technical Specifications

Specification	Description
Materials	High‑strength composite materials, steel reinforcement, and proprietary 3B ballistic infill grout
Ballistic Rating	UL 752 Levels 1–10, including resistance to .50 caliber API rounds
Fire Resistance Rating	Up to 8 hours
Blast Resistance	Engineered to absorb and mitigate high‑impact explosive forces
Fragmentation Protection	Tested to withstand high‑speed fragmentation and shrapnel from explosive blasts
Forced Entry Resistance	Reinforced construction designed to resist aggressive intrusion attempts
System Design	Integrated ballistic, fire, blast, and forced‑entry protection in a single wall system
Installation	Suitable for new construction and retrofit applications
Customization	Available in multiple sizes, configurations, and finishes

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Summary

Ballistic Firewalls deliver multi threat protection in a single integrated system, combining advanced ballistic resistance, extended fire protection, blast mitigation, forced entry resistance, and fragmentation control. Designed for environments where threat convergence is a reality, these firewalls provide unmatched performance, durability, and peace of mind for organizations protecting people, infrastructure, and mission critical operations.

Removable and Bolt Down Ballistic, Blast, and Fire Resistant Walls

Protection offers highly versatile Temporary Wall Solutions engineered to deliver superior protection against ballistic threats, explosive blasts, and fire hazards. Available in both removable and bolt down configurations, these wall systems are designed to address temporary, semi permanent, and long term security requirements while meeting rigorous safety and performance standards.

Removable wall systems provide exceptional flexibility, portability, and ease of deployment, making them ideal for rapidly evolving security environments and temporary installations. Bolt down wall systems offer enhanced stability and durability, making them suitable for permanent or long duration installations that require sustained, high level protection.

Both systems are fully customizable, cost effective through strategic design and deployment approaches, and well suited for applications requiring critical infrastructure line of sight control. Whether deployed for high security events, dynamic environments, or permanent protective installations, 3B Temporary Wall Solutions deliver unmatched adaptability, reliability, and comprehensive security.

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Removable 3B Ballistic, Blast, and Fire Resistant Walls

Key Features

• Modular Design
  Easy to assemble and disassemble, providing flexibility for changing security requirements.

• Ballistic Protection
  UL 752 Level 3–10 rated, protecting personnel and assets from handgun to high powered rifle threats.

• Blast Resistance
  Engineered to withstand high blast pressures while maintaining structural integrity.

• Fire Resistance
  Fire rated for 1 to 6 hours, compliant with applicable fire safety standards.

• Versatile Configuration
  Customizable shapes, sizes, and finishes to suit a wide range of environments.

• Rapid Installation
  Fast and straightforward setup minimizes installation time and labor requirements.

• Durable Construction
  Designed to resist bullets, blasts, and forced entry attempts for reliable protection.

• System Compatibility
  Integrates seamlessly with other 3B security products for unified, layered protection.

Ideal Applications

• Temporary security installations
• Dynamic or evolving threat environments
• Critical infrastructure requiring flexible line of sight management

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Bolt Down 3B Ballistic, Blast, and Fire Resistant Walls

Key Features

• Enhanced Stability
  Ground secured installation provides maximum resistance to blasts, impacts, and long term loads.

• Ballistic Protection
  UL 752 Level 3–10 ballistic resistance for reliable, high level threat defense.

• Blast Resistance
  Designed to absorb and mitigate blast pressures while preserving structural integrity.

• Fire Resistance
  Fire rated for 1 to 6 hours, suitable for critical and high risk environments.

• Permanent Security Solution
  Fixed installation delivers long term protection with minimal operational disruption.

• Exceptional Durability
  Withstands bullets, blasts, forced entry, and harsh environmental conditions over time.

• Low Maintenance
  Requires minimal upkeep, reducing lifecycle costs and simplifying operations.

• Customizable Design
  Available in tailored sizes, finishes, and configurations to meet site specific requirements.

• Cost Effective Deployment
  Achieves affordability through standardized components, modular design, efficient installation, bulk purchasing options, and flexible financing.

Ideal Applications

• Permanent security installations
• Environments requiring high structural stability
• Critical infrastructure sites requiring long term line of sight control

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Summary

Protection’s Temporary Wall Solutions provide flexible, scalable protection against ballistic, blast, fire, and forced entry threats. Whether utilizing removable systems for short term or dynamic needs or bolt down systems for permanent, high stability installations, 3B delivers robust, adaptable, and cost effective security solutions engineered for today’s complex threat environments.

Adaptive Multi Threat Protection for High Security Environments

Protection’s line of sight walls deliver a comprehensive and highly adaptable security solution that integrates ballistic resistance, blast resilience, forced entry defense, and fire protection into a single, unified system. Designed for deployment in high security environments—including military installations, critical infrastructure, and sensitive government or commercial facilities—these walls address complex, modern threat profiles with proven performance.

What differentiates 3B’s line of sight walls is their combination of robust, real world tested protection and rapid deployability. The system’s quick installation and removable design provides a level of flexibility and operational efficiency rarely found in high security barriers. This makes them equally suitable for permanent installations and temporary protective measures, allowing organizations to respond rapidly to emerging threats or changing operational needs. By blending high level protection with adaptable deployment, 3B line of sight walls set a new standard for contemporary perimeter security.

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Key Features

Ballistic Resistance

Provides UL 752 Levels 3–10 protection, capable of stopping threats ranging from small arms fire to armor piercing .50 caliber rounds, making the system suitable for high risk and mission critical environments.

Blast Resistance

Engineered to absorb and dissipate explosive energy, reducing structural damage and protecting personnel and critical assets from blast effects.

Forced Entry Protection

Designed to withstand aggressive intrusion attempts involving tools, vehicles, or heavy equipment. This resistance helps maintain secure perimeters and creates a critical delay window for security response.

Fire Resistance

Constructed to endure high temperatures and prevent fire spread, offering essential protection in facilities where fire hazards present serious operational and safety risks.

Quick Installation and Removability

One of the defining characteristics of 3B line of sight walls is their rapid deployment, removable design. The system can be installed quickly across a wide range of environments without the need for extensive civil construction, enabling immediate protection when time is critical—such as after a breach, during emergency fortification, or in evolving threat scenarios.

Ease of Reconfiguration

The walls can be removed, relocated, or reconfigured as security requirements change, eliminating the delays and costs typically associated with permanent structures.

Temporary or Permanent Deployment

Equally effective as temporary barriers for events, high threat periods, or emergency response—and as permanent installations for long term security in sensitive areas.

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Applications

Specification	Description
Military Installations	Provides rapid‑deploy or permanent ballistic, blast, and fire protection for bases, checkpoints, and sensitive operational zones
Critical Infrastructure	Protects power plants, substations, utilities, and essential facilities requiring controlled line‑of‑sight and perimeter hardening
Sensitive Government Properties	Secures government buildings, embassies, and restricted campuses against ballistic, blast, forced‑entry, and fire threats
Sensitive Commercial Properties	Enhances protection for strategic commercial sites, data‑driven facilities, and high‑value assets
Emergency & Temporary Deployments	Enables fast fortification after breaches, during elevated threat levels, or for special security events

Technical Specifications

Specification	Description
Ballistic Resistance	UL 752 Levels 3–10, including protection against high‑powered and armor‑piercing threats
Blast Resistance	Engineered to absorb and dissipate explosive forces, reducing structural damage and injury risk
Forced Entry Resistance	Designed to withstand aggressive intrusion attempts using tools, vehicles, or heavy equipment
Fire Resistance	Constructed to endure high temperatures and prevent fire spread in high‑risk environments
System Design	Integrated multi‑threat protection in a single line‑of‑sight wall system
Deployment Type	Removable or permanent installation options
Installation	Rapid installation without extensive civil construction
Reconfigurability	Easily removed, relocated, or reconfigured as security needs evolve
Materials	High‑strength composite and structural materials optimized for durability and performance
Integration	Compatible with other 3B security products for layered perimeter solutions

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Summary

Protection’s line of sight walls provide flexible, scalable, and high performance security tailored for today’s most demanding environments. By combining multi threat protection with rapid deployment and reconfiguration capabilities, these systems enable organizations to maintain security, adaptability, and operational continuity—whether responding to immediate threats or implementing long term protective strategies.

Advanced Protection for Extreme Ballistic Threats

Protection UL Level 4 through UL Level 10 Ballistic Solid Blocks represent a top tier security solution engineered to protect against some of the most severe ballistic threats encountered in high risk environments. Designed to meet and exceed rigorous Underwriters Laboratories (UL) ballistic standards, these blocks provide scalable protection across higher threat levels—particularly UL Levels 8, 9, and 10, where resistance to military grade firearms is critical.

Superior Performance Compared to Traditional CMU Blocks

In high security applications, 3B Ballistic Solid Blocks deliver significantly greater protection than traditional Concrete Masonry Unit (CMU) blocks. While CMUs are susceptible to cracking, spalling, and structural failure after repeated ballistic impacts, 3B blocks are engineered using high strength composite materials specifically designed to absorb and dissipate energy from ballistic impacts, explosive blasts, and forced entry attempts.

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Material Composition and Ballistic Performance

UL Level 8

Constructed from advanced composite materials capable of withstanding multiple impacts from 7.62mm NATO M80 rifle rounds. This protection level is designed for environments where high powered rifle threats are the primary concern.

UL Level 9

Provides increased ballistic resistance, engineered to stop multiple shots from a .30 06 Springfield rifle using armor piercing A.P. M2 ammunition. This level is essential for facilities facing elevated and more sophisticated ballistic threats.

UL Level 10

The highest ballistic rating available under UL standards, capable of resisting multiple hits from a .50 caliber (BMG) rifle. This level addresses extreme threat scenarios involving heavy caliber weapons and is intended for the most secure facilities.

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Durability and Long Term Reliability

3B Ballistic Solid Blocks are built to withstand extreme operating conditions while retaining their protective performance over time. The materials used are resistant to weather exposure, corrosion, and mechanical wear, making them suitable for both indoor and outdoor installations. This durability ensures long term security with minimal degradation, even in harsh environments.

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Design and Structural Advantages

Modular Integration

The blocks are designed for modular construction, enabling flexible and customizable security solutions. They can be integrated into perimeter walls, hardened structures, safe rooms, vaults, or other fortified environments requiring enhanced ballistic resistance.

Ease of Installation

Despite their exceptional strength and protection capability, 3B Ballistic Solid Blocks are engineered for efficient installation, allowing rapid deployment in both planned construction projects and urgent security upgrades during elevated threat conditions.

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Applications

Application Type	Use Case
Military Facilities	Provides maximum ballistic protection for bases, armories, control points, and hardened structures
Law Enforcement Buildings	Secures police stations, tactical operations centers, and evidence storage against firearm threats
Government Buildings	Protects sensitive government offices, courthouses, and critical administrative facilities
Embassies & Diplomatic Compounds	Delivers high‑level ballistic protection against military‑grade firearm threats
Financial Institutions	Secures vaults, cash handling areas, and high‑value asset storage
Safe Rooms & Hardened Enclosures	Ideal for panic rooms, secure rooms, and fortified shelters requiring extreme ballistic resistance

Technical Specifications

Specification	Description
Product Type	3B Ballistic Solid Blocks
Ballistic Rating	UL 752 Levels 4–10
UL Level 8 Performance	Resists multiple impacts from 7.62mm NATO M80 rifle rounds
UL Level 9 Performance	Resists multiple shots from .30‑06 Springfield armor‑piercing (A.P. M2) ammunition
UL Level 10 Performance	Resists multiple hits from .50 caliber (BMG) rifle threats
Material Composition	High‑strength composite materials engineered for ballistic, blast, and forced‑entry resistance
Energy Dissipation	Absorbs and disperses projectile energy to prevent fragmentation and structural failure
Durability	Resistant to weather, corrosion, and mechanical wear for indoor and outdoor use
Structural Design	Solid, non‑fragmenting construction maintaining integrity under sustained impact
Construction Method	Modular block system for flexible and customizable security configurations
Installation	Designed for efficient installation and rapid deployment in critical environments
Maintenance	Minimal maintenance required over long service life

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Summary

3B Ballistic Solid Blocks provide unmatched ballistic performance, durability, and adaptability for environments facing the most extreme firearm threats. By outperforming traditional CMU construction and maintaining integrity under sustained attack, these blocks offer a reliable, long term solution for protecting people, assets, and mission critical infrastructure.

Maximum Ballistic Protection in Masonry Construction

Protection Ballistic UL Level 10 CMU (Concrete Masonry Unit) Composite Material Block represents the pinnacle of ballistic protection achievable within masonry construction. Engineered to withstand the most extreme ballistic threats, this advanced block seamlessly combines the familiarity and structural integrity of traditional CMU construction with cutting edge composite reinforcement technology.

Designed for environments where safety and security are non negotiable, the UL Level 10 Ballistic CMU Block delivers unmatched strength, durability, and reliability. It is an essential solution for facilities requiring the highest level of ballistic resistance, providing long term protection and peace of mind under the most severe threat conditions.

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Key Features

UL 752 Level 10 Ballistic Rating

Certified to UL 752 Level 10, this block is engineered to withstand multiple impacts from a .50 caliber (BMG) rifle, one of the most powerful ballistic threats encountered in security design. This level of protection is critical for facilities exposed to high caliber and military grade weapon risks.

Integrated Spall Protection

To enhance occupant safety, the block can incorporate an internal spall liner that captures and contains fragments generated during ballistic impact. This feature significantly reduces secondary hazards caused by spalling, protecting personnel and sensitive equipment on the protected side of the wall.

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Material Composition

High Density Composite Core

At the core of the block is a high density composite material, providing exceptional compressive strength and impact resistance. This core forms the foundation for the block’s superior ballistic performance and long term durability.

Composite Reinforcement Layer

The concrete structure is reinforced with a proprietary composite layer specifically engineered to meet UL 752 Level 10 requirements. This layer absorbs and dissipates the extreme kinetic energy generated by high velocity projectiles—such as .50 caliber rounds—preventing penetration and minimizing spall. The integration of advanced composite materials ensures reliable performance under repeated impacts.

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Design and Structural Advantages

Standard CMU Size and Form Factor

The UL Level 10 CMU Composite Material Block maintains standard CMU dimensions, allowing straightforward integration into conventional masonry construction. This enables construction teams to deliver maximum ballistic protection without altering established building practices or requiring specialized installation methods.

Layered Multi Barrier Protection

Composite materials are strategically layered within the block, creating a multi barrier defensive system. Each layer serves a distinct function—ranging from initial impact absorption to energy dispersion—significantly enhancing resistance to penetration from heavy caliber firearms.

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Applications

Application Type	Use Case
Military & Defense Facilities	Provides maximum ballistic protection for bases, armories, command centers, and hardened structures exposed to heavy‑caliber threats
Government Buildings	Secures courthouses, federal offices, and sensitive administrative facilities requiring UL Level 10 protection
Critical Infrastructure	Protects utility plants, substations, transportation hubs, and mission‑critical assets from extreme ballistic risks
High‑Security Commercial Buildings	Safeguards financial institutions, data‑driven facilities, and high‑value commercial properties
High‑Security Residential Applications	Enables construction of safe rooms, hardened enclosures, and protective residential structures

Technical Specifications

Specification	Description
Product Type	3B Ballistic UL Level 10 CMU Composite Material Block
Ballistic Rating	UL 752 Level 10
Ballistic Threat Rating	Resists multiple impacts from .50 caliber (BMG) rifle rounds
Materials	Traditional concrete masonry combined with high‑density composite reinforcement
Composite Technology	Proprietary composite layer engineered to absorb and dissipate high‑velocity ballistic energy
Spall Protection	Optional integrated spall liner to capture fragments and prevent secondary injury
Block Dimensions	Standard CMU size and form factor for compatibility with conventional masonry construction
Structural Design	Layered multi‑barrier system for enhanced penetration resistance and energy dissipation
Installation	Installed using standard masonry techniques
Integration	Compatible with ballistic glass, reinforced doors, and other ballistic‑resistant systems
Durability	Designed for long‑term performance under repeated impact and harsh environmental conditions
Applications Environment	Suitable for indoor and outdoor use

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Installation and Construction

Compatibility with Traditional Masonry Techniques

Despite its advanced materials and extreme protection capabilities, the UL Level 10 CMU Composite Block is designed for installation using standard masonry techniques. This compatibility allows broad adoption by qualified construction professionals without specialized tooling or retraining.

Modular Integration

The blocks can be combined with other ballistic resistant components—such as ballistic glazing, reinforced doors, and hardened frames—to create fully integrated fortified structures tailored to specific threat profiles.

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Summary

The 3B Ballistic UL Level 10 CMU Composite Material Block delivers unmatched ballistic protection while retaining the practicality and familiarity of traditional masonry construction. By integrating advanced composite technologies into a standard CMU form factor, 3B offers a solution that withstands extreme firearm threats, controls spall, and maintains structural integrity under sustained attack—making it an ideal choice for the most demanding high security environments./p>

Advanced Security Upgrades for Substations and Data Centers

Retrofit System provides a smart, cost effective solution for upgrading existing substations, data centers, and critical facilities with a comprehensive range of advanced security products. These include line of sight walls, CMU 3B wall panels, ballistic wall panels, security walls, ballistic doors and gates, and ballistic firewalls. Together, these components deliver integrated protection against today’s most severe physical threats.

The retrofit system enhances facility security by providing:

• Ballistic protection up to UL Level 10, including defense against .50 caliber armor piercing rounds

• Blast resistance

• Forced entry protection for up to 90 minutes

• Fire resistance for up to 6 hours

• Improved structural integrity and thermal insulation

Designed for efficient installation and maintenance, the 3B Retrofit System minimizes operational disruption and downtime. Whether addressing specific vulnerable areas or deploying a complete perimeter solution, 3B offers scalable and cost effective options to meet a wide range of security and budget requirements. With most products maintained in stock, 3B can meet aggressive project schedules while ensuring on time delivery and execution.

Backed by rigorous 3B Real Life Situations (RLS) testing and advanced performance validation, the retrofit system ensures long term durability, safety, and compliance—resulting in a more secure, reliable, and resilient facility.

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Key Features

Ballistic Resistance

The 3B Retrofit System offers protection from UL 752 Levels 1 through 8, effectively stopping handgun and high velocity rifle threats. Designed to meet stringent industry standards, the system delivers dependable defense across a broad range of ballistic risks, making it ideal for environments requiring practical and proven protection.

Blast Resistance

Engineered to mitigate explosive forces, the 3B Retrofit System absorbs and disperses blast energy to reduce structural damage and enhance personnel safety. This capability makes it particularly well suited for utilities, commercial facilities, and public infrastructure exposed to potential blast risks.

Forced Entry Protection

Built with reinforced construction, the retrofit system resists aggressive forced entry attempts for up to 90 minutes, providing a critical delay that allows security teams and law enforcement time to respond. This added layer of defense protects facilities vulnerable to intrusion and vandalism.

Fire Resistance

In addition to ballistic and blast protection, the 3B Retrofit System provides fire resistance for up to 6 hours, helping to contain fire spread while maintaining protective integrity. This makes the system highly effective for environments where both fire safety and physical security are essential.

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Key Benefits

Minimal Disruption to Operations

A primary consideration in retrofitting substations and data centers is maintaining continuous operations. 3B materials support phased installation, allowing upgrades to proceed while facilities remain operational. Rapid installation methods further reduce downtime and shorten overall project timelines.

Versatility and Strength with CMU 3B Wall Panels

CMU 3B wall panels are particularly well suited for retrofit applications due to their strength, versatility, and cost efficiency. Designed to reinforce existing structures, they:

• Enhance resistance to environmental forces, including wind, rain, and seismic activity
• Provide superior thermal insulation for improved energy efficiency
• Feature a modular design for flexible and scalable deployment
• Integrate seamlessly with existing structures without requiring major modifications

Cost Efficiency of 3B Materials

Retrofitting with 3B Protection materials offers substantial long term value. Reduced labor costs result from rapid installation of CMU 3B wall panels and ballistic wall panels, which shortens project schedules and lowers overall expenses. Designed for durability and minimal maintenance, these materials also reduce lifecycle costs and limit the need for frequent upgrades—ensuring decades of reliable performance.

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Applications

Application Type	Use Case
Utility Infrastructure	Enhances security for substations, switchyards, and electrical assets against ballistic, blast, fire, and forced‑entry threats
Data Centers	Protects critical IT infrastructure, power distribution, and cooling systems while maintaining operational continuity
Government Facilities	Secures sensitive government buildings and operations through targeted or full‑perimeter retrofit solutions
Military Installations	Upgrades existing facilities with enhanced ballistic, blast, and forced‑entry protection without major reconstruction
Energy Infrastructure	Supports protection of power generation, transmission, and energy production facilities exposed to elevated threat risks

Technical Specifications

Specification	Description
System Type	3B Retrofit Security System
Compatible Products	Line‑of‑sight walls, CMU 3B wall panels, ballistic wall panels, security walls, ballistic doors and gates, ballistic firewalls
Ballistic Protection	UL 752 Levels 1–8 standard; select components available up to UL Level 10, including .50 caliber armor‑piercing threats
Blast Resistance	Engineered to absorb and disperse explosive forces to reduce structural damage
Forced Entry Resistance	Up to 90 minutes of forced‑entry protection
Fire Resistance	Up to 6 hours, depending on configuration
Structural Performance	Enhances structural integrity of existing facilities
Thermal Insulation	Improved thermal performance for energy efficiency
Installation Method	Phased retrofit installation with minimal disruption
Deployment Flexibility	Targeted protection for vulnerable areas or full‑perimeter solutions
Availability	Most components maintained in stock to meet aggressive project timelines
Testing & Validation	Backed by 3B Real‑Life Situations (RLS) testing and advanced performance protocols
Maintenance	Designed for long‑term durability with minimal ongoing maintenance

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Summary

Retrofit System delivers a comprehensive, scalable, and cost effective solution for upgrading existing substations and data centers to meet modern security threats. By combining ballistic, blast, forced entry, and fire protection with efficient installation and proven long term performance, 3B enables operators to strengthen facility resilience without compromising operations.

Integrated Ballistic, Blast, and Forced Entry Reinforcement

Protection offers advanced grout formulations engineered to deliver integrated ballistic resistance, blast absorption, and forced entry mitigation in a single, high performance solution. These specialized grouts are designed to reinforce critical structural elements such as walls and floors, significantly enhancing their ability to withstand high risk threat scenarios.

Developed for maximum protection, durability, and cost efficiency, 3B Protection’s grout solutions provide peace of mind in vulnerable and high consequence environments. Their flexibility and adaptability make them an ideal choice for meeting the unique security requirements of a wide range of facilities and projects.

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Key Features

Ballistic Protection

Engineered to mitigate the effects of high velocity projectiles, 3B grouts resist penetration and enhance the ballistic performance of CMU walls and structural assemblies. This capability protects critical infrastructure from firearm threats and other ballistic risks.

Blast Resistance

The advanced grout formulation absorbs and disperses explosive forces, reducing structural damage and helping maintain integrity under severe blast conditions. This blast mitigation capability is essential in environments exposed to explosive or high impact hazards.

Forced Entry Resistance

By reinforcing CMU walls and other structural elements, 3B grouts significantly improve resistance to physical attack. This added strength delays unauthorized entry and creates a critical response window for security personnel.

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Key Benefits

Comprehensive Defense

Provides a multi threat, layered defense system that dramatically strengthens CMU walls and floors against ballistic, blast, and forced entry threats.

Cost Effective Protection

Offers a more economical alternative to installing multiple standalone security systems, delivering high level protection without added complexity or excessive cost.

Customizable Solutions

Formulations can be tailored to address the specific security requirements of each facility—ranging from government and military installations to industrial, commercial, and residential applications.

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Applications

Application Type	Use Case
Critical Infrastructure	Reinforces walls and floors in utilities, power facilities, and essential infrastructure against ballistic, blast, and forced‑entry threats
Structural Wall Reinforcement	Enhances the ballistic and physical performance of CMU walls and structural assemblies
High‑Risk Facilities	Provides added protection for sites exposed to elevated security risks, including industrial, government, and military environments
Secure Rooms & Hardened Areas	Strengthens safe rooms, control rooms, and restricted areas requiring enhanced resistance
Retrofit & Upgrade Projects	Ideal for reinforcing existing construction without full wall replacement

Technical Specifications

Specification	Description
Product Type	3B Protection Advanced Security Grout
Ballistic Resistance	Engineered to resist penetration from high‑velocity projectiles when integrated into CMU and structural systems
Blast Resistance	Formulated to absorb and disperse explosive forces, reducing structural damage
Forced Entry Resistance	Enhances resistance to physical attack by reinforcing CMU walls and structural elements
Material Composition	Advanced, high‑strength grout formulation designed for security applications
Integration	Compatible with CMU blocks and other structural components
Structural Enhancement	Improves overall strength and integrity of walls and floors
Customization	Formulations tailored to project‑specific security requirements
Installation	Applied using standard grouting techniques
Maintenance	Durable, long‑term solution requiring minimal maintenance
Cost Efficiency	Reduces the need for multiple standalone security systems

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Summary

Protection’s advanced security grout solutions deliver powerful structural reinforcement in a single, integrated material—enhancing resistance to ballistic threats, explosive forces, and forced entry while remaining cost effective and adaptable. When used to strengthen CMU construction and structural assemblies, these grouts provide a reliable, long term solution for facilities seeking enhanced protection without compromising efficiency or constructability.

Ballistic, Blast, and Forced Entry Protection with Controlled Airflow

FortiFlow™ Product Family delivers next generation ballistic, blast, and forced entry protection while enabling controlled airflow and ventilation—a critical requirement for modern infrastructure and industrial environments. Engineered and validated under the 3B Real Life Situation (RLS) testing standard, each FortiFlow™ system integrates advanced ballistic louver technology with hardened structural defense, allowing facilities to maintain airflow without compromising security.

FortiFlow™ systems are designed for integration into walls, access gates, and personnel doors, providing a cohesive and scalable approach to perimeter security. Built for heavy industrial and high heat environments, these solutions are ideally suited for substations, power generation facilities, turbine enclosures, data centers, and other mission critical sites where continuous ventilation and high level protection must operate together seamlessly.

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Key Features

UL 752 Ballistic Protection (Levels 3–8)

FortiFlow™ systems are certified to UL 752 Levels 3–8, providing reliable resistance against a wide range of ballistic threats—from common handgun fire to rifle and submachine gun threats. This makes them a practical and dependable solution for ventilated openings in environments requiring both continuous airflow and robust ballistic protection.

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FortiFlow™ Product Family

FortiFlow 25™ — Partial Flow Defense

FortiFlow 25™ combines solid ballistic panels with engineered louver modules to deliver approximately 25% airflow. It is ideal for sites requiring maximum ballistic and blast resistance with limited ventilation, such as substations, control yards, and critical perimeter zones. This configuration provides exceptional structural strength while allowing essential thermal relief and air circulation.

FortiFlow 50™ — Balanced Performance

FortiFlow 50™ offers an optimized 50/50 ratio of louvered and solid protection zones. Engineered for facilities where cooling and security are equally critical—including power plants, data centers, and industrial enclosures—this system delivers stable pressure control, effective ventilation, and full ballistic, blast, and forced entry resistance.

FortiFlow 100™ — Full Flow Armor

FortiFlow 100™ is a fully ventilated ballistic and blast resistant system designed to maximize airflow without compromising strength. Purpose built for extreme heat and high output equipment environments, it provides full scale ventilation while maintaining complete perimeter protection against ballistic threats and unauthorized access.

FortiFlow G25™, G50™, G100™ — Heavy Duty Access Gates

The FortiFlow™ Gate Series delivers the same ballistic, blast, and forced entry protection as the adjoining wall system while enabling vehicle and equipment access. Each gate features reinforced hinge assemblies and matched louver patterns to maintain airflow continuity and visual alignment. Available in swing or sliding configurations, with manual or automated operation.

FortiFlow D25™, D50™, D100™ — Secure Personnel Doors

The FortiFlow™ Door Series provides secure personnel and service access within any FortiFlow™ perimeter. Built from the same ballistic and blast rated materials as the wall system, each door includes precision fitted frames, multi point locking mechanisms, and optional access control integration. Louver configurations align with the selected wall airflow ratio to ensure consistent ventilation and architectural continuity.

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Applications

Application Type	Use Case
Power Generation & Energy Facilities	Provides ballistic protection and continuous airflow for turbines, generators, and heat‑producing systems
Electrical Substations & Utility Infrastructure	Enables ventilation for transformers and control equipment while maintaining secure, hardened perimeters
Industrial & Manufacturing Plants	Supports cooling and pressure relief in high‑heat, heavy‑industrial environments
Data Centers & Mission‑Critical Facilities	Balances airflow and protection to safeguard servers, power systems, and cooling infrastructure
Government & Municipal Facilities
High‑Heat & Heavy Industrial Environments	Delivers full or partial airflow solutions without compromising ballistic or blast protection

FortiFlow™ Product Family Overview

Product	Airflow Capacity	Primary Function
FortiFlow‑25™	~25% airflow	Maximum ballistic and blast protection with limited ventilation
FortiFlow‑50™	~50% airflow	Balanced ventilation and protection for power and industrial facilities
FortiFlow‑100™	~100% airflow	Full‑flow ventilation with complete ballistic and forced‑entry protection
FortiFlow‑G25™ / G50™ / G100™	Matches wall airflow	Heavy‑duty access gates with integrated airflow
FortiFlow‑D25™ / D50™ / D100™/td>	Matches wall airflow	Secure personnel and service doors with airflow continuity

Technical Specifications

Specification	Description
Product Type	Ballistic, blast‑resistant ventilated wall, gate, and door systems
Ballistic Rating	UL 752 Levels 3–8
Ballistic Threat Range	Handguns, rifles, and submachine‑gun threats
Blast Resistance	Engineered to absorb and dissipate explosive forces
Forced Entry Resistance	Reinforced construction designed to resist aggressive intrusion attempts
Testing Standard	Validated under 3B Real‑Life Situation (RLS) testing
Ventilation Technology	Engineered louver system designed to maintain airflow without line‑of‑sight vulnerability
Integration Options	Walls, access gates, and personnel doors
Gate Configurations	Swing or sliding; manual or automated operation
Door Features	Precision‑fit frames, multi‑point locking, optional access‑control integration
Material Construction	High‑strength composite and structural materials
Installation	Suitable for new construction and retrofit projects
Customization	Airflow ratios, sizes, configurations, and finishes available

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Summary

FortiFlow™ Product Family resolves one of the most complex challenges in modern infrastructure protection—maintaining airflow without sacrificing security. By integrating ballistic resistance, blast mitigation, forced entry protection, and engineered ventilation into a single system, FortiFlow™ delivers unmatched performance for facilities operating in high threat and high heat environments.

Advanced Multi Threat Access Control for High Risk Environments

Ballistic Gates are state of the art security solutions engineered to protect critical infrastructure from a broad spectrum of threats, including ballistic attacks, explosive blasts, forced entry attempts, vehicle ramming, and high caliber firearms. Designed and manufactured by 3B Protection, these gates serve as vital components within comprehensive perimeter security systems deployed at government buildings, military installations, power plants, data centers, and other high risk facilities.

Each gate is engineered to meet client's specific requirements, incorporating M30, and M50 crash rating certifications, together with UL 752 Levels 8 through 10 ballistic resistance. In addition, all 3B Ballistic Gates are validated under the 3B Real Life Situation (RLS) Standard, ensuring enhanced ballistic, blast, and forced entry performance beyond conventional testing protocols.

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Key Features

Ballistic Resistance

Ballistic Gates are designed to meet the highest UL 752 ballistic standards, specifically UL Levels 8 through 10, providing protection against high powered firearm threats, including armor piercing incendiary (API) ammunition. This level of resistance ensures comprehensive defense against some of the most extreme ballistic threats encountered in modern security environments.

Blast Resistance

Beyond ballistic protection, 3B Ballistic Gates are engineered to withstand explosive blast events, including vehicle borne improvised explosive devices (VBIEDs) and stationary explosive threats. Advanced blast resistant materials absorb and dissipate blast energy to minimize structural damage and reduce the risk of secondary hazards such as fire or fragmentation. All blast performance is validated through rigorous testing under the 3B RLS Standard, ensuring reliable perimeter and asset protection.

Forced Entry Protection

Designed to resist aggressive forced entry attempts, 3B Ballistic Gates withstand attacks using vehicles, heavy tools, and advanced breaching equipment. Gates can be equipped with anti ramming technologies, such as reinforced steel bollards, to prevent vehicle impact penetration. This capability is critical for securing access points to sensitive zones within military bases, government facilities, energy infrastructure, and strategic installations.

M30 and M50 Crash Ratings

Ballistic Gates are certified to M30 and M50 crash ratings, providing robust defense against vehicular ramming attacks:

• M30 Rating:
  Stops a 15,000 pound vehicle traveling at 30 mph—ideal for moderate threat environments

• M50 Rating:
  Stops a 15,000 pound vehicle traveling at 50 mph—designed for the highest risk sites, including military installations, government buildings, and nuclear or energy facilities

These ratings address one of the most common forced entry tactics and significantly enhance perimeter resilience.

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Applications

Application Type	Use Case
Government Buildings	Secures access points to federal, state, and municipal facilities against ballistic, blast, and vehicle‑ramming threats
Military Installations	Provides hardened gate protection for bases, checkpoints, and restricted zones subject to extreme threat conditions
Power Plants & Energy Infrastructure	Protects critical access points at power generation facilities, substations, and energy sites
Data Centers	Secures vehicular and controlled access points while protecting critical infrastructure and IT assets
High‑Risk Facilities	Suitable for sites requiring maximum perimeter access control and resistance to multi‑vector threats

Technical Specifications

Specification	Description
Product Type	3B Ballistic Gate System
Ballistic Rating	UL 752 Levels 8–10, including resistance to armor‑piercing incendiary (API) rounds
Blast Resistance	Engineered to absorb and dissipate explosive forces; validated under the 3B RLS Standard
Forced Entry Resistance	Designed to resist attacks using vehicles, hand tools, and advanced breaching equipment
Vehicle Ramming Protection	Certified to M30 / M50 crash ratings
M30 Crash Rating	Stops a 15,000‑lb vehicle traveling at 30 mph
M50 Crash Rating	Stops a 15,000‑lb vehicle traveling at 50 mph
Anti‑Ramming Options	Compatible with reinforced steel bollards and integrated anti‑ram systems
Gate Configurations	Swing or sliding configurations available
Operation	Manual or automated operation options
Integration	Seamlessly integrates with ballistic walls, ballistic doors, and perimeter security systems
Environmental Performance	Engineered to perform under seismic activity, hurricanes, and extreme weather conditions
Sustainability	Manufactured using recycled content and environmentally responsible materials
Installation	Suitable for new construction and retrofit applications
Testing Standard	3B Real‑Life Situation (RLS) testing for enhanced ballistic and blast validation

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Key Benefits

• Seamless Integration:
  Designed to integrate with broader security systems, including ballistic walls, ballistic doors, anti climb barriers, and perimeter detection technologies.

• Sustainable Design:
  Manufactured using environmentally responsible processes and materials that incorporate recycled content, supporting green building initiatives and resource efficient construction practices.

• Extreme Environmental Performance:
  Engineered to perform under severe environmental conditions, including seismic activity, hurricanes, and tornado level wind events, ensuring reliable operation in demanding locations.

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Summary

Ballistic Gates provide a critical layer of access point defense for facilities facing extreme security threats. By combining ballistic resistance, blast mitigation, forced entry protection, and advanced crash rating performance into a single, integrated solution, these gates deliver unmatched reliability, resilience, and peace of mind for mission critical infrastructure.

Maximum Protection Access Solutions for High Risk Environments

Ballistic, Forced Entry, and Blast Doors are top tier security solutions engineered to deliver maximum protection against a broad range of threats, including ballistic attacks, explosive blasts, forced entry attempts, and vehicular ramming. Designed and manufactured by 3B Protection, these doors play a critical role in safeguarding vital infrastructure such as government buildings, military installations, petrochemical facilities, energy plants, schools, and high risk residential environments.

As an integral component of 3B Protection’s fully integrated security ecosystem, these doors function seamlessly with complementary solutions—including ballistic walls, blast resistant gates, and anti climb barriers—to form a multi layered defense strategy. Ballistic walls provide exterior perimeter protection by stopping incoming firearm threats. Blast resistant gates prevent vehicular ramming and secure primary access points. Anti climb barriers deter unauthorized access attempts by preventing scaling of walls or fencing. Together, these systems delay and disrupt intrusion attempts, providing security teams with critical response time to neutralize threats before they escalate.

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Key Features

Ballistic Resistance

Ballistic Doors are engineered to meet UL 752 Levels 1 through 10, delivering protection against threats ranging from standard handguns to .50 caliber BMG projectiles. This scalable ballistic performance ensures suitability for environments facing a wide range of firearm threats.

Blast Resistance

Designed to withstand IEDs, VBIEDs, and industrial explosion events, these doors contain and mitigate blast effects to prevent extensive structural damage and protect critical interior areas.

Forced Entry Protection

Constructed with reinforced door panels, heavy duty frames, and multi point locking systems, 3B doors resist sustained attacks using hand tools, breaching equipment, and vehicle impact forces.

Integrated Security Locks

High security locking mechanisms integrate seamlessly with other 3B protective systems, enhancing resistance against prolonged and coordinated attack attempts.

Customizable Design

Doors are available with a wide range of options, including:

• • Architectural and industrial finishes
• • Tailored ballistic and blast resistance levels
• • Fire rated configurations up to 90 minutes

These customization options ensure performance requirements are met without compromising aesthetic or operational needs.

Fire Resistance

Certified for up to 90 minutes of fire resistance, 3B Ballistic Doors are ideally suited for high risk environments such as petrochemical facilities and energy infrastructure, where fire containment and structural integrity are critical.

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Applications

Application Type	Use Case
Petrochemical Facilities	Provides ballistic, blast, and fire‑resistant access protection for control rooms, process areas, and hazardous zones
Power Plants & Energy Infrastructure	Secures access points for generation, transmission, and utility facilities exposed to high‑risk threats
Government Buildings	Protects sensitive areas such as secure offices, records rooms, and restricted operational zones
Military Installations	Delivers hardened door protection for bases, command centers, armories, and restricted areas
Schools, Colleges & Campuses	Enhances life‑safety and access control in high‑risk educational environments
High‑Risk Residential Applications	Supports safe rooms and fortified residential access points in elevated threat locations

Technical Specifications

Specificatione	Description
Product Type	Ballistic, blast‑resistant, forced‑entry security door system
Ballistic Rating	UL 752 Levels 1–10, including resistance to .50 caliber BMG threats
Blast Resistance	Designed to withstand IEDs, VBIEDs, and industrial explosion events
Forced Entry Resistance	Reinforced construction to resist heavy tools, breaching equipment, and vehicular impact
Vehicle Ramming Resistance	Configurable to resist vehicular ramming at access points
Fire Resistance Rating	Certified fire resistance up to 90 minutes
Locking System	Integrated high‑security multi‑point locking mechanisms
Door Construction	Reinforced door leaf and frame with impact‑resistant materials
Customization Options	Architectural finishes, threat‑level tailoring, and fire‑rated configurations
Integration	Seamlessly integrates with ballistic walls, blast gates, and anti‑climb barrier systems
Installation	Suitable for new construction and retrofit applications
Operational Role	Final access‑point barrier protecting critical and sensitive areas
Environmental Performance	Designed to operate under extreme conditions, including industrial and high‑heat environments

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Key Benefits

Access Point Security

Serves as a final protective barrier for sensitive areas such as control rooms, vaults, equipment rooms, and storage spaces, preventing unauthorized access during hostile events.

Explosive Containment

By absorbing and containing blast energy, 3B Blast Doors limit damage to localized areas, protecting adjacent operations and personnel.

Forced Entry Delay

Designed to withstand prolonged forced entry attacks, these doors create critical delay time for security response and law enforcement intervention.

Operational Continuity

Even under extreme threat conditions, 3B doors help preserve facility functionality and mission critical operations, reducing downtime and risk escalation.

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Summary

Ballistic, Forced Entry, and Blast Doors deliver a robust, adaptable, and highly reliable access point defense solution for facilities facing complex and high consequence threats. When integrated with other 3B Protection systems, these doors form a comprehensive security architecture that prioritizes life safety, asset protection, and operational resilience.

Paint Colors & Wall Finishes

Our paint colors and wall finishes are fully customizable, providing the flexibility to accommodate a wide range of architectural styles, branding requirements, and project specifications.

To support the selection process, we offer a Specification Paint and Finish Sheet detailing all available options. This reference document includes comprehensive information on standard and custom color palettes, surface textures, and finish materials, enabling designers and project teams to confidently select finishes that meet both aesthetic and performance requirements.

Subsurface Protection for Critical Infrastructure

Anti Theft Matting System is a state of the art subsurface security solution engineered to provide unparalleled protection for critical infrastructure assets. As threats to underground components—including copper wiring, conduits, grounding systems, and fiber optic networks—continue to increase due to theft, vandalism, and sabotage, 3B delivers a proven, real world solution designed for strength, reliability, and ease of deployment.

What differentiates the 3B Anti Theft Matting System is its ability to create an invisible, impenetrable barrier beneath the surface. Manufactured from proprietary composite materials developed through extensive research and testing, the system is engineered to resist cutting, prying, torching, and high pressure force, and—when specified—to withstand explosive loads. Acting as a passive deterrent, the system not only delays intrusion attempts but frequently prevents them altogether.

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Advanced Subsurface Protection

Unlike traditional solutions such as concrete encasement or steel shielding, the 3B Anti Theft Matting System installs with minimal disruption and without heavy civil infrastructure. Panels are installed below grade around vulnerable assets—such as substations, utility yards, data centers, and telecommunications facilities—forming a robust physical barrier that deters digging, tunneling, and unauthorized excavation.

Installation can typically be completed within hours using hand tools or light equipment, making the system ideal for both new construction and retrofit applications. For large scale or remote sites, materials can also be delivered via ready mix trucks and installed using pumping methods, further reducing labor time and site disruption.

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Multi Purpose Design

In addition to theft prevention, the 3B Anti Theft Matting System also functions as an effective critter guard, preventing rodents and other wildlife from accessing sensitive cable ducts, grounding grids, or equipment foundations. This added benefit enhances long term reliability and reduces maintenance costs associated with animal damage.

The system’s modular and scalable design allows it to be easily adapted for a wide variety of applications—whether installed beneath transformers, around utility trenches, or along the perimeter of high security facilities. Its rapid deployability, durability, and sustainable materials make it the preferred subsurface protection solution for utility providers, military operations, data centers, and high value commercial infrastructure throughout North America.

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Key Features

• Subsurface Installation
  Installed below grade to protect cables, conduit, grounding grids, and underground infrastructure.

• Reinforced Composite Construction
  Engineered to resist cutting, burning, prying, drilling, and high pressure force.

• Modular and Scalable Design
  Available in multiple sizes and thicknesses to accommodate various asset types and site conditions.

• Fast, Non Invasive Deployment
  Rapid installation with minimal disruption; ideal for both new builds and retrofit projects.

• System Integration Capability
  Seamlessly integrates with other 3B security solutions, including ballistic walls and anti climb technologies.

• Eco Friendly Manufacturing
  Constructed using recycled materials to support LEED certification and sustainability initiatives.

• Blast Resistant Option (3B MAT BLAST)
  Built with the 3B Blast Material Matrix, providing enhanced resistance to explosive forces for high risk sites.

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Applications

Application Type	Use Case
Electrical Substations	Protects underground copper grounding, conduit, and cabling from theft, vandalism, and sabotage
Data Centers	Secures subsurface fiber‑optic pathways, grounding systems, and critical utility connections
Military Installations	Provides concealed subsurface protection for mission‑critical utilities and infrastructure
Telecommunications Hubs	Prevents unauthorized excavation and protects underground communication assets
Oil & Gas Infrastructure	Shields buried cabling and conduits in high‑risk energy facilities
Secure Commercial & Financial Facilities	Enhances protection of underground utilities while preserving site aesthetics
Retrofit & Upgrade Projects	Ideal for reinforcing existing sites without major excavation or downtime
Remote & High‑Risk Sites	Rapidly deployable protection for facilities with limited on‑site security

Technical Specifications

Specification	Description
Product Type	3B Anti‑Theft Subsurface Security Matting System
Installation Location	Below‑grade (subsurface) installation
Primary Protection	Anti‑theft, anti‑dig, and anti‑burrowing barrier
Material Construction	Proprietary high‑strength composite materials
Resistance Capabilities	Cutting, prying, torching, drilling, and high‑pressure force
Blast Resistance Option	Available with 3B Blast Material Matrix (3B‑MAT‑BLAST)
Forced‑Entry Mitigation	Delays and deters unauthorized excavation and intrusion
Modular Design	Available in multiple sizes and thicknesses
Scalability	Adaptable for small assets or large perimeter installations
Installation Method	Hand tools, light equipment, or pump‑installed (ready‑mix delivery)
Installation Time	Typically installed within hours
Retrofit Compatibility	Suitable for new construction and retrofit applications
Wildlife Protection	Acts as a critter guard against rodents and wildlife intrusion
Sustainability	Manufactured with approximately 15–35% recycled content
Compliance Support	Supports NERC CIP‑014 and other infrastructure security standards
Integration	Compatible with other 3B systems (ballistic walls, anti‑climb solutions)
Maintenance	Passive system requiring minimal maintenance

Key Benefits

Benefit	Description
Theft Prevention	Effectively deters copper theft, vandalism, and intentional sabotage of underground assets
Regulatory Support	Helps support compliance with NERC CIP‑014 and other critical‑infrastructure security regulations
Concealed Protection	Maintains site aesthetics through fully hidden, below‑grade installation
Service Continuity	Reduces outages and downtime caused by theft or unauthorized excavation
Passive Security	Operates without power, monitoring, or active intervention
Rapid Deployment	Installs quickly—often within hours—minimizing site disruption
Wildlife Protection	Prevents rodents and wildlife from damaging cables, conduits, and grounding systems
Scalable Security	Easily expanded to protect additional assets or larger perimeters
Lifecycle Cost Savings	Reduces long‑term repair, replacement, and monitoring costs
Integrated Defense	Enhances total site protection when deployed alongside other 3B systems

Product Codes & Use Cases

Product Code	Description	Typical Use Case
3B‑MAT‑BASE	Standard subsurface security matting	General underground asset protection at substations and commercial sites
3B‑MAT‑HD	Heavy‑duty reinforced matting	High‑risk locations with elevated theft or tampering threat
3B‑MAT‑RFIT	Custom‑fit retrofit matting solution	Overlay installations at existing facilities with limited excavation
3B‑MAT‑BLAST	Blast‑resistant subsurface barrier using 3B Blast Material Matrix	Critical sites requiring resistance to explosive forces
3B‑MAT‑ELITE	Smart‑enabled matting with integrated sensors	Sites requiring tamper detection and real‑time monitoring

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Optional Add Ons

• Tamper detection sensors
• Visual warning indicators
• Integrated grounding systems

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Summary

Anti Theft Matting System provides fast, effective, and sustainable subsurface protection for today’s most critical infrastructure assets. By combining advanced materials, rapid deployment, and proven real world performance, it delivers a discreet yet formidable defense against theft, sabotage, and environmental threats—ensuring long term security, operational continuity, and peace of mind.

3B Protection Ballistic Walls vs. Standard CMU Walls

Category	3B Protection Ballistic Security Walls	Standard CMU (Concrete Masonry Unit) Walls
Primary Purpose	Designed for high-security environments requiring ballistic, blast, and forced-entry protection	Designed for general construction and structural support
Security & Protection Capabilities	Resists ballistic threats, explosive blasts, and forced entry; maintains integrity under repeated attacks	Not designed for high-energy threats; prone to cracking, fragmentation, and failure
Performance Under High Impact	Maintains performance under continuous ballistic and blast exposure; prevents catastrophic failure	Rapid degradation under repeated impacts; loss of load-bearing capacity
Material Composition	High-strength composite materials and advanced polymers; flexible and energy-absorbing	Concrete blocks (solid or hollow) bonded by mortar; brittle and rigid
Energy Absorption & Spall Control	Superior energy absorption and spall containment; prevents secondary hazards	Poor energy dissipation; fragmentation and spall common
Projectile Resistance	Stops high-velocity and armor-piercing rounds; prevents penetration	High-velocity impacts cause cracking, joint failure, and penetration risk
Testing & Validation	Real-Life Situations (RLS) testing: multiple ammunition types, repeated impacts, blasts, forced entry	Tested mainly for static loads; does not simulate real-world attack scenarios

3B Protection Ballistic Perimeter Security Walls vs. Traditional Concrete Walls

Category	3B Protection Ballistic Perimeter Security Walls	Traditional Concrete Walls
Primary Purpose	High-security perimeter system designed for ballistic, blast, and forced-entry threats	Basic structural barrier for general construction
Ballistic & Blast Resistance	Withstands thousands of rounds, including high-caliber (.50 armor-piercing); dissipates kinetic and blast energy	Not engineered for ballistic/blast threats without heavy reinforcement
Performance Under High Impact	Multi-layered system resists mechanical, thermal, and explosive breaching	Limited resistance; requires added thickness/reinforcement
Protection Coverage	Integrated protection system; high performance with thinner profile	Relies on mass and thickness for limited protection
Material Composition	Advanced composites and engineered polymers; flexible and energy-absorbing	Concrete; strong in compression but brittle under dynamic loads
Wall Thickness	Thinner, high-performance profiles	Requires significant thickness for increased protection
Structural Behavior	Flexible, absorbs and dissipates impact energy without failure	Brittle; prone to cracking, spalling, and fragmentation
Testing & Validation	Real-Life Situations (RLS) testing: repeated impacts, multiple ammo types, blasts, forced entry	Primarily static load testing; limited real-world threat simulation
Standards Compliance	Meets/exceeds ballistic, blast, and forced-entry standards	Meets basic construction standards; limited high-threat validation
Durability	Designed for repeated impacts, extreme environments, and long-term resilience	Susceptible to cracking, weathering, and degradation over time
Maintenance & Repair	Modular panels replaced in under 2 hours; minimal downtime	Repairs often require demolition and full replacement
Lifecycle Cost	Lower long-term cost due to durability and rapid repair	Lower upfront cost but higher long-term maintenance and repair costs
Aesthetic Integration	Custom finishes, textures, and colors; architectural flexibility	Limited aesthetics; often requires additional finishing
Design Flexibility	Fully customizable; suitable for new builds and retrofits	Limited adaptability for high-security design requirements
Application Suitability	Military, critical infrastructure, data centers, government, high-risk sites	General construction, low-risk environments
Performance Under Sustained Attack	Maintains integrity after repeated ballistic/blast exposure	Rapid degradation under repeated impacts
Installation Impact	Reduced footprint due to thinner profile	Increased footprint due to thickness requirements
Overall Effectiveness	High-performance, purpose-built security solution	Basic barrier with limited security capabilities

3B Protection Ballistic Walls vs. Steel High Security Fences

Category	3B Protection Ballistic Security Walls	Steel High Security Fences
Primary Function	Integrated high-security system designed for ballistic, blast, and forced-entry protection	Perimeter control and deterrence barrier
Ballistic & Blast Resistance	Engineered to defeat ballistic threats and mitigate explosive forces; absorbs and dissipates energy	Not designed for ballistic or blast resistance without major enhancements
Forced Entry Resistance	Multi-layered construction resists mechanical, thermal, and explosive breaching	Provides basic delay; can be cut, climbed, or breached under sustained attack
Security Coverage	Comprehensive protection beyond perimeter; protects internal assets and structures	Primarily perimeter-focused; does not protect interior assets
Material Composition	Advanced composites and engineered polymers with high energy absorption	Heavy-duty steel; strong but lacks energy dissipation properties
Structural Behavior	Flexible, impact-resistant, maintains integrity under extreme conditions	Rigid; vulnerable to deformation, cutting, or penetration
Design & Versatility	Fully customizable; integrates into new construction and retrofits	Limited design flexibility; primarily linear perimeter applications
Aesthetic Integration	Custom finishes, colors, and textures; suitable for high-visibility environments	Industrial appearance; limited aesthetic options
Testing & Validation	Real-world dynamic testing for ballistic, blast, and forced-entry scenarios	Typically tested for climb resistance, cut resistance, and static loads
Standards Compliance	Meets/exceeds ballistic, blast, and forced-entry standards	Meets standard perimeter security certifications; limited high-threat validation
Performance Under Extreme Conditions	Maintains integrity under repeated impacts, blasts, and sustained attacks	Vulnerable to failure under ballistic or explosive conditions
Durability	High resistance to weather, impact, and long-term degradation	Susceptible to corrosion, rust, and environmental wear
Maintenance Requirements	Low maintenance; modular repair with minimal disruption	Requires ongoing maintenance (coatings, repairs, replacements)
Repair & Replacement	Localized modular repairs; fast restoration	Damaged sections often require full panel replacement
Lifecycle Cost	Lower total cost due to durability, minimal maintenance, and integrated protection	Lower upfront cost but higher long-term maintenance and upgrade costs
Installation Footprint	Thinner, high-performance system with optimized space use	Minimal footprint but requires additional systems for higher security
Applications	Military, critical infrastructure, government facilities, data centers, high-risk sites	Perimeter demarcation, access control, general site security
Security Role	Primary security solution	Often a supplementary or first-layer deterrent
Overall Effectiveness	High-performance, purpose-built for modern threats	Effective for boundary control but limited against advanced threats

3B BessaShield™ System

The BessaShield™ system is a fully integrated, multi‑hazard protection solution engineered specifically for the complex and escalating risks associated with Battery Energy Storage Systems (BESS). Unlike traditional approaches that address individual threats in isolation, BessaShield™ is designed to perform as a unified system—simultaneously defending against extreme fire exposure, blast overpressure, fragmentation, ballistic impact, and forced entry. It is purpose‑built to withstand the full progression of a real‑world BESS event, from initial thermal runaway through prolonged high‑temperature exposure and potential explosive failure, while maintaining structural integrity and containment.

Built on proven, real‑world testing and engineered for constructability, BessaShield™ delivers consistent performance across walls, gates, openings, and access points—eliminating weak links common in conventional protection systems. Its modular design allows for flexible configuration to suit new installations, retrofits, and constrained or live operational sites, while supporting fast, efficient installation. Delivered as a turnkey solution, BessaShield™ reduces project risk, enhances life safety, protects high‑value assets, and provides long‑term resilience for critical energy infrastructure in an increasingly demanding regulatory and operational environment.

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BessaShield™ – Key Features

Fully Integrated Multi‑Hazard Protection

BessaShield™ is engineered as a single, cohesive system that addresses the full spectrum of BESS risks concurrently—fire, blast, fragmentation, ballistic impact, and forced entry. Unlike traditional solutions that layer independent products together, BessaShield™ is designed holistically to perform under complex, cascading event scenarios, eliminating gaps and incompatibilities between systems.

Extended‑Duration Extreme Fire Resistance

The system is purpose‑built to manage prolonged, high‑energy thermal events associated with lithium‑ion battery failures.

• Tested to withstand up to six hours of continuous fire exposure
• Maintains structural integrity at temperatures exceeding 2,000°F (≈1,100°C+)
• Successfully resists post‑fire hose‑stream impact, ensuring durability after suppression
• Designed to provide critical time for evacuation, emergency response, and event control (8‑hour fire certification in progress)

Blast Overpressure & Fragmentation Mitigation

BessaShield™ is engineered to contain and mitigate blast effects caused by rapid pressure buildup and explosive failure conditions.

• Reduces transmitted blast overpressure to adjacent units and critical infrastructure
• Controls secondary fragmentation that can otherwise propagate damage
• Helps prevent cascading failures across densely arranged BESS installations
• Protects both internal assets and surrounding site infrastructure

Inherent Ballistic Protection

Ballistic resistance is built directly into the core structural design—not applied as an add‑on.

• Multi‑hit ballistic capability validated through sustained testing
• Maintains protection under repeated impacts from multiple weapon types and calibers
• Ensures consistent performance even during prolonged or escalating security incidents

Forced‑Entry Delay and Denial

BessaShield™ provides robust physical security against unauthorized access and deliberate attack.

• Engineered to resist aggressive, sustained forced‑entry attempts
• Delays intrusion long enough to enable response and intervention
• Enhances site security during both normal operations and emergency conditions
• Supports compliance with critical infrastructure protection requirements

Modular, Scalable System Architecture

The system’s modular design supports a wide range of BESS configurations and project requirements.

• Easily scalable for small, large, or utility‑scale installations
• Adaptable for new construction, retrofits, and system expansions
• Compatible with tight, congested, or irregular site layouts
• Suitable for installation in live operational environments

Turnkey Engineering & Delivery

BessaShield™ is delivered as a complete, end‑to‑end solution with a single point of accountability.

• Engineering and system design
• Structural calculations and PE‑stamped drawings
• Manufacturing, logistics, and delivery
• Installation, QA, and final verification This approach simplifies project coordination, reduces risk, and accelerates deployment schedules.

Real‑World Validated Performance

The system is tested and validated using realistic, multi‑hazard testing protocols rather than isolated laboratory assumptions.

• Reflects true BESS failure sequences and threat environments
• Aligns performance expectations with insurer, regulator, and operator requirements
• Provides confidence in system behavior under extreme, compounded conditions

Efficient Installation with Minimal Disruption

BessaShield™ is designed with constructability and operational continuity in mind.

• Modular components enable efficient sequencing and rapid installation
• Minimizes interruption to ongoing site operations
• Reduces downtime and associated financial impact
• Supports accelerated project schedules without compromising performance

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Applications

Category	Description
Primary Applications	Utility-scale BESS facilities, commercial and industrial energy storage systems, renewable energy projects (solar-plus-storage, wind-plus-storage), and grid-support installations
Critical Infrastructure Use	Suitable for substations, data centers, transportation hubs, water treatment facilities, emergency power systems, and other mission-critical sites
Urban & High-Density Sites	Designed for locations with limited setbacks, adjacent occupied structures, and constrained or congested layouts
Retrofit & Expansion Projects	Modular design supports integration with existing BESS installations and phased system expansions
High-Security Environments	Appropriate for sites requiring protection against vandalism, sabotage, or deliberate physical attack

Technical Specifications

Specification	Performance / Capability
System Type	Fully integrated, multi-hazard BESS protection system
Protection Hazards	Fire, blast overpressure, fragmentation, ballistic impact, and forced entry
Fire Resistance Rating	Tested to withstand up to 6 hours of continuous fire exposure
Maximum Fire Temperature	Exceeds 2,000°F (≈1,100°C+)
Thermal Event Capability	Designed to manage full thermal runaway progression and prolonged high-energy failure scenarios
Post-Fire Performance	Maintains structural integrity and withstands post-fire hose-stream impact
Blast Mitigation	Reduces transmitted blast overpressure and controls secondary fragmentation
Cascading Failure Prevention	Limits propagation of damage between adjacent BESS units
Ballistic Protection	Inherent, multi-hit ballistic resistance integrated into system design
Forced Entry Resistance	Engineered to delay and deny aggressive, sustained intrusion attempts
System Continuity	Uniform protection across walls, gates, access points, and openings—no weak points
System Architecture	Modular wall panels, structural columns, gates, and access components
Scalability	Adaptable for small, large, and utility-scale installations
Installation Method	Modular construction for efficient installation and minimal operational disruption
Operational Compatibility	Suitable for live sites, retrofit applications, and constrained spaces
Delivery Model	Turnkey solution with engineering, manufacturing, delivery, and installation services
Engineering Support	Structural calculations, PE-stamped drawings, and foundation design support available
Future Certification	8-hour fire resistance certification in progress