Garrison Fencing: Compliant with Australian and NZ Standards

At BMP, we commit to delivering high-quality garrison fencing that meets the stringent standards of both Australia and New Zealand. We design, manufacture, and finish our products to comply with the following standards, ensuring durability, safety, and exceptional performance.we take pride in offering garrison fencing solutions that not only meet stringent Australian and New Zealand standards but also provide superior aesthetics and security features. A key aspect of our fencing is the use of black powder coating and the option of crimped spear tops or flat tops, which are both popular choices for enhancing the fence’s appearance and deterrent capabilities.

Black Powder Coating for Superior Protection and Appearance

• Durable Finish: Our garrison fences are typically finished with a high-quality black powder coating, compliant with AS 4506:2005 – Metal Finishing – Thermoset Powder Coatings. This standard ensures that the powder coating is applied correctly, resulting in excellent adhesion, hardness, and resistance to chipping, scratching, and UV degradation.
• Corrosion Resistance: The black powder coating provides an additional layer of protection over the hot-dip galvanized steel (AS/NZS 4680:2006), enhancing the fence’s ability to resist corrosion. This is particularly beneficial in harsh environmental conditions, such as coastal or industrial areas.
• Aesthetic Appeal: The sleek black finish offers a modern and professional appearance that complements a variety of architectural styles. It enhances the visual appeal of the property while maintaining a strong security presence.

Crimped Spear Tops and Flat Tops: Customizing Your Security

We offer garrison fencing with two main top designs:

Crimped Spear Tops

Enhanced Security: The crimped spear top design features pointed pales that act as a physical deterrent against climbing and intrusion. This makes it an ideal choice for high-security areas like industrial sites, schools, and government facilities.

Visual Deterrent: The aggressive appearance of spear tops sends a clear message about the security level of the property, potentially discouraging unauthorized access.

Compliance with Standards: Our spear top fences are engineered to meet AS 4100:2020 – Steel Structures and AS/NZS 1170.2:2021 – Wind Actions, ensuring they provide both structural integrity and resistance to wind loads.

Flat Tops

Safety: Flat top garrison fencing offers a safer alternative where the risk of injury from sharp edges needs to be minimized, such as in residential areas, parks, and playgrounds.

Modern Look: The clean lines of the flat top design provide a contemporary aesthetic that can enhance the property’s curb appeal without compromising on security.

Versatility: Flat tops are suitable for various applications and can be customized with additional features like decorative elements or branding.

Flat top	Crimped Spear

Specifications

Cheapest Garrison Fencing Specifications

Heavy duty Garrison Fencing Specifications

Garrison Fencing Bracket 40mmx40mm Specifications

Bracket work with garrison fencing panels	Polyester powder coated garrison fencing come with 4 tex screws
Black Powder coated Minimum 80 microns	Aluminum Made Garrison Fencing brackets

Garrsion Fencing Bracket -A

Garrsion Fencing Bracket -B

Garrsion Fencing Bracket -C

Garrsion Fencing Bracket -D

Garrison Fencing Post Caps

Plastic Caps	Steel Caps

Tips for Choosing Between Steel Caps and Plastic Caps:

1. Durability:
   • Steel Caps: Offer superior durability and withstand impact and harsh weather conditions better than plastic caps.
   • Plastic Caps: UV-treated plastic caps resist fading and cracking in sunlight but are generally less durable than steel in high-impact situations.
2. Corrosion Resistance:
   • Steel Caps: Ensure they are galvanized or coated to prevent rust and corrosion, especially in coastal or humid environments.
   • Plastic Caps: Naturally immune to rust, making them a good choice in corrosive environments.
3. Aesthetic Appeal:
   • Steel Caps: Provide a sleek, modern, and industrial look, suitable for high-security or commercial fencing projects.
   • Plastic Caps: Available in a variety of colors and finishes, offering more design flexibility for residential or decorative projects.
4. Strength:
   • Steel Caps: Provide additional strength, especially for fencing in high-security or heavy-duty applications.
   • Plastic Caps: More lightweight but still sufficient for standard residential or light commercial use.
5. Cost-Effectiveness:
   • Steel Caps: Higher initial cost but lower long-term maintenance due to their strength and durability.
   • Plastic Caps: Lower upfront cost and still durable for standard use, making them cost-effective for residential projects.

Why Garrison Fencing Uses Stainless Steel Wire Welding or Silicon Bronze Welding

In the fabrication of garrison fencing, the choice of welding method and filler material is crucial to ensure the fence’s structural integrity, durability, and corrosion resistance. Two commonly used welding materials are stainless steel wire and silicon bronze wire. Both have specific advantages, especially when working with galvanized steel, which is the standard material for garrison fencing due to its corrosion-resistant properties.

Challenges with Welding Galvanized Steel

Before diving into why we use these materials, it’s important to understand the challenges that come with welding galvanized steel:

1. Zinc Coating Vaporization: The zinc coating on galvanized steel can vaporize at high temperatures during welding, leading to the loss of corrosion protection around the weld area and producing toxic fumes harmful to welders.
2. Weld Quality: The presence of zinc can lead to porosity and inclusions in the weld, compromising its strength and integrity.
3. Heat Distortion: High heat input can cause warping or distortion of steel components, affecting the fence’s appearance and structural alignment.

Advantages of Silicon Bronze Welding

Silicon bronze welding involves using a copper-based filler wire containing silicon. This method is often referred to as MIG brazing.

1. Lower Melting Point

• Reduced Heat Input: Silicon bronze melts at a lower temperature (~980°C) compared to steel (~1500°C). This means less heat is required, minimizing the risk of distorting the steel and preserving the zinc coating.

2. Preservation of Zinc Coating

• Minimal Zinc Burn-off: Lower welding temperatures reduce the vaporization of the zinc coating, maintaining corrosion resistance near the welds.

3. Corrosion Resistance

• Enhanced Protection: Silicon bronze is highly resistant to corrosion, adding an extra layer of protection to the welded joints.

4. Aesthetic Appeal

• Clean Welds: Produces smooth and visually appealing welds with minimal spatter, which is beneficial for fences where appearance is important.

Advantages of Stainless Steel Wire Welding

Stainless steel wire welding uses stainless steel filler material in the welding process.

1. High Strength and Durability

• Robust Welds: Stainless steel provides strong, durable welds capable of withstanding mechanical stresses.

2. Corrosion Resistance

• Resilient Joints: Stainless steel is inherently corrosion-resistant, ensuring the weld joints remain rust-free even if the zinc coating is compromised during welding.

3. Compatibility with Galvanized Steel

• Effective Joining: With proper technique, stainless steel wire can effectively weld galvanized steel, although managing the different properties of the metals requires care.

Why These Methods are Preferred

Minimizing Damage to Zinc Coating

• Silicon Bronze: Its lower heat input means less zinc vaporization, preserving the galvanized coating’s integrity.
• Stainless Steel: While it operates at higher temperatures than silicon bronze, experienced welders can minimize zinc damage through controlled techniques.

Reducing Health Hazards

• Fewer Toxic Fumes: Less zinc vaporization means fewer harmful fumes, creating a safer working environment for welders.

Improving Weld Quality

• Silicon Bronze: Produces cleaner welds with less porosity.
• Stainless Steel: Offers strong, reliable welds when done correctly.

Applications in Garrison Fencing

• Silicon Bronze Welding is ideal when:
  • Preservation of the zinc coating is a priority.
  • Working with thinner steel sections prone to heat distortion.
  • A high-quality aesthetic finish is desired.
• Stainless Steel Wire Welding is suitable when:
  • Additional strength at the weld joint is required.
  • The added corrosion resistance of stainless steel is beneficial.
  • Welding thicker steel components where heat distortion is less of a concern.

Welding way of garrion fencing

Our garrison fencing offers two primary construction methods to suit different needs and preferences: face-welded and punched rails with welded pales. Both options provide excellent strength and durability, but each has distinct benefits, depending on the application and aesthetic requirements.

Face welded	Punched Rails welded

Face-Welded Garrison Fencing

In face-welded garrison fencing, the upright pales are directly welded to the front face of the horizontal rails. This method provides a seamless and sleek look, with the welding beads located on the front and back of the fence for added strength.

• Strength & Stability: Face-welding offers increased rigidity, as each pale is directly welded onto the rails, creating a solid structure that resists impact and pressure.
• Sleek Aesthetic: The face-welded design gives the fence a smooth, uninterrupted appearance, making it a popular choice for applications where aesthetics are important, such as commercial properties, parks, and residential areas.
• Corrosion Resistance: When combined with hot-dip galvanization, face-welded garrison fencing offers superior protection against rust and corrosion, ensuring the fence remains strong and visually appealing over time.

Punched Rails with Welded Pales

In this design, the horizontal rails are punched with evenly spaced holes through which the upright pales are inserted before being welded in place. This construction method creates a more integrated connection between the rails and pales.

• Enhanced Durability: By punching holes in the rails and inserting the pales, this method ensures a strong mechanical connection. The welded pales provide additional strength, making this type of garrison fencing ideal for high-security applications where increased robustness is required.
• Neater Appearance: The welded joints in this design are often less visible, providing a cleaner and more refined finish. This makes it suitable for locations where both security and appearance are critical, such as schools, government buildings, and industrial sites.
• Customization Options: With punched rails, it is easier to accommodate different spacing and pale sizes, allowing more flexibility in design. This can be particularly useful for projects requiring specific spacing for security or aesthetic purposes.

Benefits of Both Types of Garrison Fencing

Regardless of whether you choose face-welded or punched rails with welded pales, both types of garrison fencing share common benefits:

• Security: Both options provide a high level of security due to the strength of their construction and the spacing of the pales, which makes it difficult to climb or breach.
• Customization: Available in various heights, widths, and pale thicknesses, you can customize either type to meet your specific needs. Additionally, both methods are compatible with powder coating or hot-dip galvanization, ensuring longevity and resistance to weather.
• Low Maintenance: With durable finishes and sturdy construction, both face-welded and punched rail garrison fences require minimal maintenance, even in harsh environments.

Applications

• Face-Welded Garrison Fencing: Ideal for residential areas, commercial properties, public parks, and schools where a clean, modern appearance is desired along with solid security.
• Punched Rails with Welded Pales: Suitable for high-security areas such as industrial complexes, warehouses, government facilities, and other critical infrastructure that requires a more robust fence.

Why Choose BMP for Garrison Fencing?

• Compliance with Standards: All of our garrison fencing, whether face-welded or punched rails, complies with Australian and New Zealand standards, ensuring safety, quality, and durability.
• Custom Solutions: We offer a range of customization options to ensure the fencing perfectly meets your specific requirements, from pale spacing to finish options.
• Expert Craftsmanship: Our skilled welders and fabricators ensure that every weld is secure, strong, and built to last, whether you choose face-welded or punched rail designs.

Whether you need sleek and modern face-welded garrison fencing or heavy-duty punched rails with welded pales, we provide high-quality fencing solutions designed to meet your security and aesthetic needs. Contact us today to find out more about which option best suits your project.

How to Properly Pack Garrison Fencing Panels, Posts, and Accessories to Minimize Damage During Transportation

Proper packaging is essential to ensure that garrison fencing panels, posts, and accessories arrive at their destination without damage. By following these detailed guidelines, you can significantly reduce the risk of scratches, dents, and other transportation-related damages.

Bracket packed in paper made cartons	Garrison Fence panels packed in metal stillaged wrapped with plastic film
Garrison Fencing Post wrapped with bubble plastic film avoid cracked poyester layers	Each fence panels with plastic film

Packing Garrison Fencing Panels

To protect fencing panels during transit, adhere to the following steps:

1. Protect the Base: Place bubble wrap at the bottom of the pallet. This prevents the bottom fence panel from making direct contact with the metal pallet, reducing the risk of scratches or abrasions.
2. Reinforce the Pallet: Attach four metal corners to the pallet. This strengthens the structure and maintains its integrity throughout transportation.
3. Distribute Tension Evenly: Insert a metal plate beneath the plastic banding straps. This ensures that the force from the straps is evenly distributed and prevents them from cutting into the panels.
4. Shield the Top: Place a wooden plate on top of the stacked panels. This protects them from any weight applied from stacked pallets above during transit.

Packing Garrison Fencing Posts

When preparing fencing posts for shipment, follow these precautions:

1. Base Protection: Line the bottom of the pallet with bubble wrap to prevent direct contact between the posts and the metal pallet.
2. Pallet Reinforcement: Install four metal corners on the pallet to enhance strength and prevent shifting or collapse during transportation.
3. Prevent Direct Pressure: Place a metal plate under the plastic banding straps to avoid excessive force on the posts, which could lead to bending or other damage.
4. Top Protection: Add a wooden plate on top of the posts to safeguard them from the weight of any additional pallets stacked above.

Packing Garrison Fencing Accessories

To securely pack accessories and ensure they remain in optimal condition:

1. Organize and Protect: Place all accessories into individual plastic bags. This keeps them organized and shields them from scratches, moisture, and other potential damages.
2. Secondary Packaging: Pack the plastic bags into sturdy carton boxes. This provides an additional layer of protection against impacts and simplifies handling and stacking.

Conclusion

At BMP, our dedication to excellence is reflected in every aspect of our garrison fencing solutions. By strictly adhering to both Australian and New Zealand standards, we ensure that our products not only meet but exceed industry expectations for durability, safety, and performance.

Our comprehensive range of garrison fencing—available in Cheapest, Standard, and Heavy-Duty specifications—provides versatile options tailored to meet various security needs and budgets without compromising on quality. The meticulous selection of materials, such as hot-dip galvanized steel and optional powder coatings, guarantees enhanced corrosion resistance and longevity, even in the most challenging environments.