Weld mesh Fencing

Weldmesh fencing is a type of fencing made from welded wire mesh, which consists of steel wires that are electrically welded at each intersection. This construction method provides a durable and robust barrier suitable for various applications, including security and privacy.

1. Material Composition

• Weldmesh fences are typically made from low carbon steel wire, which is known for its strength and durability.
• The wires used in the mesh can vary in diameter, commonly ranging from 2mm to 5mm, depending on the specific requirements of the application.

2. Mesh Size and Configuration

• The mesh openings can vary in size; common configurations include 50x50mm or 125x25mm apertures.
• Mesh is available in different sizes, with standard heights ranging from 1.0m to over 2.0m, allowing customization based on the intended use.

3. Surface Treatment

• To enhance corrosion resistance, weldmesh fencing is often hot-dip galvanized, providing a protective zinc coating.
• Additional treatments may include PVC coating for aesthetic purposes and further protection against environmental factors.

4. Security Features

• Weldmesh fencing is designed to be difficult to climb or cut through due to its small mesh openings and robust construction.
• It can be integrated with additional security measures such as barbed wire toppings or electronic alarm systems for enhanced perimeter security.

5. Applications

• This type of fencing is widely used in various sectors including industrial sites, schools, prisons, military establishments, airports, and residential areas.
• Its visibility allows for surveillance while maintaining a secure boundary.

6. Installation Considerations

• When installing weldmesh fencing, it is crucial to ensure proper anchoring of posts and panels to withstand environmental stresses.
• Installation methods may vary based on site conditions but generally involve concrete footings for stability.

In summary, weldmesh fencing offers a versatile solution for security needs across multiple environments, combining strength with adaptability in design and application.