Treated Timber 7ft Fencing Pole, 3-4 inch Top Diameter

7ft Treated Fencing Pole

The Treated Fencing Pole provides a robust solution for perimeter security, agricultural enclosures, and residential boundary marking. These poles undergo high-pressure chemical impregnation to ensure longevity in direct ground contact applications. They suit various boundary projects where resistance to biological decay and environmental stress is a primary requirement for the site supervisor.

Built for the Job

Contractors utilize these timber posts for high-tensile wire fencing, chain link support, and general site hoarding. The 7-foot length allows for approximately 2 feet of embedment, leaving a 5-foot standing height, which is standard for most security and livestock barriers. The pressure treatment process forces preservatives deep into the wood fibers, protecting the core from the moisture levels typically found in sub-surface soil conditions.

• Installation of permanent farm boundaries and paddocks.

• Support structures for electric fencing systems in remote areas.

• Framework for temporary construction site hoarding and silt fences.

Product Highlights

CCA Pressure Treatment

The timber is treated with Chromated Copper Arsenate (CCA) to achieve an H4 hazard class rating for ground contact.

Structural Specifications

• Tapered profile with a consistent 3 to 4-inch top diameter for hardware mounting.
• Sourced from sustainable eucalyptus or pine plantations for uniform density.

Technical Specifications

What’s Included

• 1 x 7ft Treated Timber Fencing Pole

On-Site & Workshop Notes

• Avoid cutting or machining the treated ends of this post to maintain the integrity of the preservative barrier.

• If cross-cutting is necessary for height adjustment, apply a brush-on timber preservative to the exposed grain immediately.

• Wear appropriate PPE including gloves and a dust mask when handling or drilling the material to avoid contact with treatment chemicals.

• For maximum stability in soft soil, use a post-hole digger to create a pilot hole and backfill with compacted aggregate or concrete.