Brc fence 1

Types of BRC fences

The BRC fence is a kind of welded mesh fence that was originally designed and developed by the British Reinforced Concrete Company. It is a welded wire fence that is known for its strength, durability, and cost-effectiveness. There are several types of BRC fences, each designed to meet different needs and applications.

• Standard welded mesh fence:

  The wires are welded together at the intersections to form a grid pattern. This standard type of fence provides a strong and durable barrier suitable for various applications, including perimeter security, containment, and screening.

• V-mesh fence:

  Its unique V-shaped pattern provides increased rigidity and strength. The V-shape adds structural integrity to the fence, making it resistant to impact and deformation. V-mesh fences are commonly used in high-security areas where a robust barrier is required.

• Concertina fence:

  It consists of a series of interlocking coiled blades with sharp edges along the perimeter of an area that needs to be secured. These fences create a formidable barrier that is difficult to breach and are often used in military installations, prisons, and other high-security facilities.

• Razor wire fence:

  These fences are made by attaching razor wire coils to the top of a welded mesh fence. The razor wire adds an extra layer of security and acts as a deterrent to unauthorized access. It is commonly used in critical infrastructure sites, government buildings, and commercial properties.

• Chain link fence:

  It is made by weaving wires together in a diamond pattern. Chain link fences are versatile, cost-effective, and can be used for various applications, including residential, commercial, and industrial settings. They provide visibility while containing animals or objects within the enclosed space.

• Welded mesh panel fence:

  Welded mesh panel fences are pre-fabricated panels that are easy to install and offer a seamless barrier. These panels are commonly used for perimeter security, safety barriers, and as screens in buildings and landscapes.

Design of BRC fence

• Fence panels

  The fence panels are made by welding the intersecting wires together using a resistance weld. The welds are made to be strong enough to hold the wires in place for a long time. The completed panels have a flat surface with a grid pattern of spaced wires. They are built to be flexible so they can bend without breaking. The panels come in different sizes and grid patterns, depending on what they will be used for. The smaller grid panels are used where security is more important. The larger grids allow visibility and airflow, for things like farm fencing.

• Posts

  The posts used to support BRC fence panels are made from strong materials like steel or concrete. Steel posts are hollow tubes that are galvanized to protect them from rusting. Concrete posts are poured into molds to shape them solid. Both types of posts are designed to be very rigid so they can hold the heavy panels upright. The posts are spaced an appropriate distance apart so each one can bear its share of the panel weight. This spacing prevents the panels from sagging or bending over time. The posts are built to last a long time, just like the panels.

• Gates

  Gate sections of BRC fences are constructed to function like doors in the middle of the fence. These gates are made by welding wires together, just like the panels, so they are seamless and secure. A metal frame supports the wire grid, making the gate strong but not too heavy. Gates have locks for security and hinges that allow them to open and close easily. They are made to line up with the fence when closed so there are no gaps. This keeps intruders out and allows authorized people in. Gates are critical for access and security in fenced areas.

• Barbed wire tops

  Some BRC fences are topped with barbed wire for extra protection against intruders. This wire is twisted together to form sharp points that face outwards. The barbs make it very painful and difficult to climb over the fence. The barbed wire is strung along the uppermost fence wire like an added layer. It provides an extra security barrier around the perimeter. The barbs discourage anyone from attempting to breach the fence by climbing over. This type of fencing is used where maximum security is needed because it deters unauthorized access from above.

• Coatings

  After the components are built, they receive protective coatings to help them endure the outdoors. Steel parts are galvanized by dipping them in molten zinc to prevent rusting. Zinc bonds to the steel and forms a shield against moisture. Concrete posts are also coated in a sealant to keep water out and increase their lifespan. These coatings are critical for long-lasting fences that withstand weather in different climates. The galvanized steel and sealed concrete work together to keep the panels and posts strong and secure for many years even in rainy or snowy conditions. Without these protective layers, the metal and concrete would deteriorate much faster. The coatings are applied following fence assembly so everything is ready for installation in harsh or mild environments.

Scenarios of BRC fences

• Security:

  These fences are used in places where security is important. They protect areas like military bases, power plants, and airports. The fences are strong and hard to climb or cut, which keeps people out who shouldn't be there.

• Separation and zoning:

  BRC fences are used to separate different zones. For example, they can separate a school playground from a parking lot or a factory area from a residential area. This helps control the movement of people and keeps them safe by keeping different zones apart.

• Containment:

  These fences keep dangerous animals or materials from escaping. This is important for zoos, research centers, or farms that handle hazardous substances. The fences are designed to securely contain what they surround to prevent accidents or harm to the public.

• Infrastructure protection:

  BRC fences protect important structures like bridges, highways, and railroads. They shield these structures from vehicles, falling objects, and wildlife. The fences help prevent damage and increase the lifespan of the infrastructure.

• Access control:

  These fences are used to control access to sensitive areas. For example, at an airport, a BRC fence would limit who can get close to the runway. This is done using gates that can be locked or security card readers to allow only certain people in.

• Aesthetic purposes:

  Besides being functional, BRC fences can also be pretty. In parks or gardens, they might have designs or be painted different colors to blend in with nature. This shows that fences can have a look while still protecting and separating things.

• Historical sites and museums:

  At historical sites or museums, BRC fences keep people a safe distance from important areas to protect them. The fences ensure visitors don't accidentally damage or get too close to places with valuable history or artifacts.

How to choose a BRC fence

When choosing a BRC fence, there are several important factors to consider to ensure that the fence meets the requirements. These factors include:

• Purpose and application:

  Clearly define the purpose of the fence and where it will be installed. Is it for residential security, commercial property protection, industrial perimeter control, or decorative purposes? Understanding the application will help in selecting the right type of fence that meets specific requirements.

• Materials and durability:

  BRC fences are usually made from galvanized steel, which offers excellent strength and corrosion resistance. When choosing a fence, it is important to consider factors such as material quality, galvanization thickness, and the availability of powder coating or painting options to enhance durability and aesthetics.

• Design and aesthetics:

  BRC fences come in various designs, including welded mesh panels, vertical and horizontal bar fences, and decorative options. Choose a design that complements the property's architecture and meets the security needs, and consider mesh size and spacing to balance visibility and security.

• Height and security level:

  The height of the fence should be appropriate for the security level needed. For high-security areas, consider taller fences with anti-climb features, such as barbed wire toppings or spike strips along the upper edge of the fence.

• Ease of installation:

  Consider how easy it is to install the fence and whether it requires professional installation or can be done as a DIY project. Some BRC fences have panel systems that make installation quick and straightforward, thereby reducing labor costs.

• Maintenance requirements:

  Evaluate how much maintenance will be needed for the fence. Regular inspections and occasional touch-ups may be required to maintain its appearance and protect it from corrosion. Fences with powder-coated finishes usually need less maintenance.

• Budget:

  Establish a budget for the fencing project, considering both the upfront costs and the long-term maintenance expenses. Remember that investing in a higher-quality fence may provide better durability and performance over the years, which can save money in the long run.

• Local regulations and permits:

  Check with local authorities regarding any regulations or permits required for installing BRC fences. Some areas may have rules about fence heights, setback requirements, or specific design standards. Adhering to these regulations will help avoid potential fines and ensure a smooth installation process.

Q&A

Q1: What is a BRC fence?

A1: BRC fences are welded wire meshes made per British Standard 4107. They have a clean look, are strong, and require little maintenance.

Q2: What makes BRC fencing different from other kinds of fences?

A2: The fence is unique because its wires are welded together at their intersections instead of weaving them. This welding gives the fence more strength and makes its shape stay the same.

Q3: How can one use BRC fencing?

A3: These fences can be used in many places, such as homes, schools, hospitals, parks, and roads. They are good for keeping places safe and looking nice.

Q4: What materials are used to make BRC fences?

A4: BRC fences are usually made from steel. The steel can be galvanized, which means it is coated with zinc to prevent rusting or corrosion.

Q5: Why is galvanization important for BRC fencing?

A5: Galvanization helps protect the steel fence from damage caused by wet weather or chemicals. This protection makes the fence last longer.