Shamba 5ft 14G Heavy Gauge Chain Link Fence (65x65mm Mesh)

Shamba 14G Chain Link Fence

The Shamba 14G Chain Link provides a robust and cost-effective barrier for agricultural, residential, and industrial boundaries. This 5-foot high fencing utilizes 14-gauge galvanized wire to resist corrosion and physical impact. It suits permanent installations where mesh integrity and site security are the primary requirements for the contractor.

Built for the Job

Site supervisors and fencing contractors select this specific gauge for its balance of structural weight and tensile strength. The 1.5-meter height serves as a standard deterrent for livestock and unauthorized entry on commercial plots. This material is commonly deployed for school perimeters, industrial yards, and large-scale agricultural projects where a durable boundary is needed without the extreme cost of heavy-duty security palisade. The flexible diamond weave allows the mesh to follow uneven ground contours more effectively than rigid panel systems.

• Boundary demarcation for residential estates and gated communities.

• Livestock containment and farm management in rural environments.

• Temporary or permanent security fencing for construction sites.

Product Highlights

Corrosion Resistance

The hot-dipped galvanized coating protects the steel core against rust and oxidation in humid or coastal environments.

Mesh Uniformity

• 65mm x 65mm diamond pattern ensures consistent tension across the entire run.
• 14-gauge wire thickness provides significant resistance to cutting and deformation.

Technical Specifications

What’s Included

• 1 x Roll of 5ft 14G Galvanized Chain Link Fence

On-Site & Workshop Notes

• Use 10-gauge or 12-gauge line wire for top and bottom tensioning to prevent sagging over time.

• Space fencing posts at 3-meter intervals to maintain optimal mesh rigidity and wind resistance.

• Ensure the bottom edge is pinned or buried slightly to prevent domestic animals from crawling underneath the barrier.

• Always wear protective gloves during installation to avoid injury from the wire ends.