Wind Resistant Australian Temporary Fence Quick Deploy UV Resistant High Stability
Product Introduction:
This Australian Temporary Fence is specifically engineered to address Australia’s harsh climatic challenges, integrating four core advantages: wind resistance, quick deployment, UV resistance, and high stability. Fully compliant with AS 4687-2007 standards, it features a reinforced steel structure, anti-slip weighted bases, and dual-protection surface treatment, making it ideal for long-term outdoor use—whether in windy coastal regions, sun-exposed inland construction sites, or large-scale temporary events. Trusted by leading Australian contractors and event organizers, it delivers reliable isolation performance while saving time and maintenance costs.
Parameter Table:
| Specification |
Details |
| Standard Size |
2.1m (height) × 2.4m (length) |
| Optional Size |
1.8m × 2.4m |
| Wire Diameter |
3.5-4.0mm |
| Mesh Size |
50×100mm / 60×150mm (anti-climb) |
| Frame Tube |
Φ32mm steel, 1.6mm+ wall thickness |
| Base |
HDPE blow-molded (26kg when filled with concrete/water) |
| Surface Treatment |
Hot-dipped galvanized |
Superior Wind Resistance: 32kg weighted bases with anti-slip pads and reinforced frame joints withstand winds up to 105km/h, stable even in coastal cyclone-prone areas.
Ultra-Quick Deployment: Pre-assembled panels with quick-lock connectors—no tools required; a 2-person team can set up 100m in just 1.5 hours, slashing labor time.
Long-Lasting UV Resistance: Dual coating (galvanization + UV-resistant layer) prevents fading, cracking, or brittleness under 10+ hours of daily Australian sunlight, service life extends to 6+ years.
Unmatched Stability: High-tensile steel mesh and thickened frame eliminate sagging or deformation; anti-slip bases ensure firm placement on wet, uneven, or gravel surfaces.
Applications:
Perfect for coastal construction sites (beachfront developments, port upgrades), sun-exposed infrastructure projects (highway repairs, solar farms), large outdoor events (music festivals, sports tournaments), emergency isolation zones, and temporary industrial storage areas requiring long-term outdoor use.
Production Process:
Reinforced Frame Fabrication: Frame tubes undergo precision bending and welding at key stress points, with additional reinforcement plates at joints to enhance wind load resistance.
Dual-Protection Coating: First, hot-dipped galvanization ensures corrosion resistance; then, UV-resistant powder coating is applied via electrostatic spraying for uniform adhesion and long-lasting sun protection.
Base Engineering: HDPE bases are injected with internal structural ribs to prevent cracking; anti-slip rubber pads are bonded to the bottom to improve grip and reduce wear.
FAQ:
How does it achieve wind resistance up to 105km/h?
Reinforced frame joints, 32kg filled bases, and anti-slip pads work together to lower wind resistance and enhance stability—tested in Australian coastal wind tunnels.
How long does UV coating last?
The UV-resistant layer maintains effectiveness for 6+ years, with no significant fading or performance loss even in intense sunlight.
Can it be deployed on uneven ground?
Yes—anti-slip bases adapt to slight slopes (up to 7°) and uneven surfaces, ensuring stability without additional fixtures.
What’s the shipping efficiency?
150 panels fit in a 20ft container (stacked flat, bases nested); standard orders have a 12-day production lead time, with fast ocean freight to Australian ports.
Is customization available?
Yes—custom heights (1.5m-2.5m), warning color coatings (yellow, orange), and logo printing are offered for orders over 100 panels.
