Brief: In this walkthrough, we highlight key design ideas and how they translate to performance. Discover how the 2D 358 Anti Climb Fence, with its 4 mm double horizontal wires and 6 mm vertical wires, delivers superior strength and security. See the robust construction, anti-climb mesh openings, and durable finishes that make it ideal for high-security applications like schools, industrial sites, and infrastructure.
Related Product Features:
Features a 76.2 mm x 12.7 mm mesh opening that prevents footholds for climbing.
Welded at every intersection for a solid and robust structural integrity.
Uses 4 mm double horizontal wires at 152.4 mm centres on the inside face for enhanced rigidity.
Incorporates 6 mm vertical wires at 76.2 mm centres to increase overall strength.
Resists cutting with hand or powered tools due to thick wire diameters and solid welding.
Offers excellent rust, corrosion, and weather resistance with galvanized and powder coating.
Compatible with standard 358 mesh fence posts, clamp bars, and accessories for easy installation.
Suitable for high-security areas including prisons, airports, schools, and industrial sites.
FAQs:
What makes the 2D 358 fence more secure than standard 358 mesh?
The 2D 358 fence features 6 mm vertical wires and additional 4 mm double horizontal wires at 152.4 mm centres, creating a more rigid and stronger panel that resists climbing and cutting more effectively than common 358 mesh.
How does the mesh design prevent climbing?
With a small mesh opening of 76.2 mm x 12.7 mm, the fence offers no footholds, making it extremely difficult to climb, which is ideal for high-security perimeters.
What are the corrosion resistance properties of this fence?
The fence undergoes galvanized and powder coating treatments, providing excellent resistance to rust, corrosion, and harsh weather conditions, ensuring long-term durability.
Where is the 2D 358 security fencing typically used?
It is widely applied in high-security locations such as prisons, military bases, airports, railways, power plants, schools, and industrial sites due to its robust anti-climb and anti-cut features.