Ng’ombe 1/2″ Hexagonal Wire Mesh, 30m x 0.9m Poultry Netting

Ng’ombe 1/2″ Hexagonal Wire Mesh

The Ng’ombe 1/2″ Wire Mesh serves as a high-tensile barrier for poultry management, light-duty agricultural fencing, and specialized construction reinforcement. This galvanized material resists corrosion in outdoor environments. The hexagonal weave provides structural flexibility for installation on uneven terrain.

Built for the Job

Contractors and farmers use this netting primarily for secure poultry enclosures and pest exclusion. The small aperture prevents chicks from escaping while blocking small predators from entering the run. This wire also functions well in garden settings to protect young saplings from livestock. In specific construction applications, site supervisors utilize this mesh as a substrate for plastering to prevent cracking on curved surfaces or timber-to-masonry transitions.

• Construction of chicken coops, runs, and portable poultry arks.

• Garden fencing to exclude rodents and small domestic animals.

• Reinforcement for thin-coat lime or cement-based plastering.

Product Highlights

Corrosion Resistance

The mild steel wire undergoes a hot-dipped galvanization process to ensure long-term durability against rain and humidity.

Structural Integrity

• Double-twist hexagonal weave prevents unraveling if a single wire is cut.
• Uniform 1/2-inch mesh spacing maintains consistent tension across the full 30-meter roll.

Technical Specifications

What’s Included

• 1 x 30 Meter Roll of Ng’ombe 1/2″ Hexagonal Wire Mesh

On-Site & Workshop Notes

• Always wear heavy-duty work gloves when unrolling and cutting the netting to avoid puncture injuries from sharp wire ends.

• Secure the barrier to timber posts using galvanized U-staples spaced every 150mm for maximum stability.

• Store rolls upright in a dry area to prevent the inner layers from trapping moisture before the installation begins.

• When using this product for plastering, ensure the mesh is pulled taut and fixed mechanically to the substrate to prevent movement during application.