Hesco Barriers have established themselves as a cornerstone in both military and civilian protection strategies worldwide. Known for their versatility, ease of deployment, and durability, these barriers are utilized for a variety of applications, ranging from flood defense to military fortifications. However, purchasing Hesco Barriers is a decision that requires careful consideration of various factors to ensure they meet your specific needs. In this guide, we will walk you through the essential tips and information you need to know before purchasing Hesco Barriers.

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Understanding Hesco Barriers

What Are Hesco Barriers?

Hesco Barriers, also known as Hesco Bastions, are modern gabion structures made from collapsible wire mesh containers lined with heavy-duty geotextile fabric. These containers are typically filled with sand, soil, or gravel to create a sturdy and reliable barrier that can be rapidly deployed in various environments. Initially developed for erosion control and flood defense, Hesco Barriers have become widely adopted for military fortifications due to their effectiveness in providing protection against blasts and small arms fire.

Structure and Composition

Hesco Barriers are composed of welded wire mesh and a non-woven geotextile fabric liner. The wire mesh is zinc-coated or zinc-aluminum coated for corrosion resistance, ensuring the longevity of the barrier even in harsh conditions. The fabric liner, available in colors such as beige, sand, olive green, and grey, is designed to withstand UV radiation and environmental wear, providing additional durability. The barriers are configured in multi-cellular units that can be joined together using provided pins, allowing for customizable lengths and heights to suit various operational requirements.

Applications of Hesco Barriers

Hesco Barriers are used in a variety of scenarios, including:

• Military Fortifications: Hesco Barriers are a go-to solution for creating bunkers, protective walls, and observation posts in conflict zones. Their ability to absorb and dissipate the energy from blasts makes them ideal for protecting personnel and infrastructure.
• Flood Defense: These barriers are frequently used to create temporary levees and protect areas from rising floodwaters. Their quick deployment capability is crucial in emergency situations where time is of the essence.
• Disaster Relief: In the aftermath of natural disasters such as hurricanes and earthquakes, Hesco Barriers are used to create safe zones and protect critical infrastructure.
• Environmental Protection: Hesco Barriers are employed in projects aimed at preventing coastal erosion and protecting wildlife habitats. Their design allows them to blend into natural surroundings, making them suitable for environmentally sensitive areas.

Key Considerations Before Purchasing

1. Intended Use

Before purchasing Hesco Barriers, it’s important to clearly define their intended use. Are you seeking protection from floods, or do you need to establish a defensive perimeter in a conflict zone? The specific application will determine the type and size of the barrier needed. For instance, military-grade barriers are designed to withstand blasts and small arms fire, while flood barriers are optimized for rapid deployment in response to rising water levels.

2. Material Quality

The durability and effectiveness of Hesco Barriers largely depend on the quality of the materials used. Ensure that the wire mesh is made from high-grade steel with appropriate zinc or zinc-aluminum coating for corrosion resistance. The geotextile fabric should be strong enough to handle the stresses of filling and environmental exposure, with UV resistance being a critical factor for long-term use.

3. Ease of Installation

One of the main advantages of Hesco Barriers is their ease of installation. However, the level of difficulty can vary depending on the type and size of the barrier. If rapid deployment is a priority, opt for barriers that can be set up quickly with minimal manpower and equipment. The availability of local materials for filling the barriers can also influence the ease of installation.

4. Environmental Impact

Consider the environmental impact of deploying Hesco Barriers, especially in sensitive areas. While they can be filled with locally sourced materials, which minimizes transportation costs and carbon footprint, it’s essential to ensure that their deployment does not disrupt local ecosystems or contribute to waste. Reusability is a significant advantage of many Hesco Barrier units, reducing their overall environmental impact.

5. Cost-Effectiveness

While Hesco Barriers are generally cost-effective, the total cost should include considerations for installation and potential reuse. Reusable units offer long-term savings, especially if you plan to use the barriers for multiple projects or in different locations. Additionally, purchasing from a reliable supplier that offers competitive pricing without compromising on quality is essential.

Technical Specifications

1. Dimensions and Configurations

Hesco Barriers come in various sizes and configurations to suit different applications. Here are some common specifications:

Item No. Height (M) Width (M) Length (M) Number of Cells DB(Mil 1) 1.37 1.06 10 9 (5+4) DB (Mil 2) 0.61 0.61 1.21 2 DB (Mil 3) 1.0 1.0 10 10 (5+5) DB (Mil 4) 1.0 1.5 10 10 (5+5) DB (Mil 5) 0.61 0.61 3.05 5 DB (Mil 6) 1.68 0.61 3.05 5 DB (Mil 7) 2.21 2.13 27.74 13 (5+4+4) DB (Mil 8) 1.37 1.22 10 9 (4+5) DB (Mil 9) 1.0 0.76 9.14 12 (6+6) DB (Mil 10) 2.12 1.52 30.5 20 (5+5+5+5) DB (Mil 11) 1.22 0.3 1.22 2 DB (Mil 12) 2.13 1.06 33 30 (5+5+5+5+5+5) DB (Mil 19) 2.74 1.06 3.18 6

2. Material Specifications

• Steel Wire: Made from 0.1% carbon max steel, with a wire thickness of 3.5mm to 5.0mm. The wire tensile strength ranges from 500-800 Mpa.
• Geotextile Fabric: Available in weights ranging from 250 to 350 g/sqm, with tensile strength at 16KN and tear strength at 0.42KN. The fabric also offers UV strength retention of 50% at 500 hours, ensuring a lifespan of up to 10 years in common environments.

Installation and Maintenance Tips

1. Site Preparation

Proper site preparation is crucial for the successful deployment of Hesco Barriers. Clear the area of debris and vegetation, and level the ground as much as possible. This will ensure that the barriers sit evenly and perform effectively.

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2. Filling the Barriers

Hesco Barriers are typically filled with sand, soil, or gravel. The choice of material depends on availability and the specific application. For instance, sand or gravel is preferred in military applications due to their ability to absorb blasts. In flood control, soil may be used if sand or gravel is not readily available.

3. Joining Units

If you need to create a longer barrier, multiple units can be joined using the provided pins. Ensure that the units are securely fastened together to prevent gaps, which could weaken the overall structure.

4. Regular Maintenance

Regular maintenance is essential to ensure the longevity and effectiveness of Hesco Barriers. Periodically inspect the barriers for any signs of wear and tear, particularly after severe weather events or impacts. Prompt repairs will extend the life of the barriers and maintain their protective capabilities.

Why Hesco Barriers Are the Best Choice

1. Proven Effectiveness

Hesco Barriers have been deployed in some of the most challenging environments worldwide, from conflict zones to natural disaster sites. Their proven effectiveness in protecting lives and property makes them a reliable choice for a wide range of applications.

2. Versatility

Whether you need to protect a small residential area from floods or create a large defensive perimeter for a military base, Hesco Barriers can be configured to meet your needs. Their modular design allows for easy customization, making them suitable for various scenarios.

3. Quick Deployment

In emergency situations, time is of the essence. Hesco Barriers can be deployed rapidly, providing immediate protection when it’s needed most. This is a critical advantage over traditional methods like sandbagging, which can be time-consuming and labor-intensive.

4. Long-Term Durability

Made from high-quality materials, Hesco Barriers are built to last. Many units are recoverable and reusable, offering long-term cost savings and reduced environmental impact.

Hesco Barriers offer a versatile, durable, and cost-effective solution for a wide range of protective needs, from military fortifications to flood defense and environmental protection. By considering factors such as material quality, ease of installation, and environmental impact, you can ensure that you choose the right barrier for your specific requirements. Whether you’re dealing with a natural disaster, securing a military base, or protecting the environment, Hesco Barriers provide the protection you need with the reliability you can trust.

EnZar®

Superior Defensive Bastion Barriers Are Available for Military Defense

Military defensive barrier is also known as defensive bastion barrier and is widely used in war-torn countries. It is a combination of welded gabion baskets and heavy duty non-woven geotextile. It is mainly used for perimeter security along national borders and military defense at battlefields. Different from traditional sandbags, defensive bastion barrier is a prefabricated, multi-cellular system with a protective structure. It can be quickly installed and deployed with minimal manpower. It also differs from the welded gabion basket as it can be filled with sands, soils, gravels, etc

For defense and protection purpose, defensive bastion barriers must be strong enough in terms of height, depth and hardness to withstand attacks from massive weapon systems. Then what is a qualified defensive bastion barrier? A qualified defensive barrier must comply with the following requirements.

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• Defensive bastion barrier must be made of 4 mm or 5 mm galvanized steel wire or zinc-aluminum alloy wire. Other sizes and materials are unacceptable.
• The material for defensive bastion barriers must have a tightening capacity of not less than 550 N/mm2.
• The welding power of the defensive bastion barrier shall be at least 70% of the tensile strength.
• The tightening and welding power of defensive bastion barriers must be coherent.
• The defensive bastion barrier must be stackable to allow the construction of high walls and easy storage.
• In the defensive bastion barrier design, you must ensure that the linked barrier wall can be rotated in 45° and 90° to facilitate the filling of soils, gravels, etc.
• A variety of sizes and specially designed defensive bastion barriers must be provided to adapt to different application scenes.