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SecurEX® FRP FENCING
New Zealand’s transport and utility infrastructure demands fencing that resists corrosion, coastal exposure and ongoing mechanical impact.
SecurEX® FRP fencing delivers:
- Non-conductive performance near electrical assets
- Superior corrosion resistance in coastal regions
- Impact-resistant fibre-reinforced structure
- Low maintenance — no repainting, no rust control
KEY BENEFITS
High impact resistance suited for frequent public use
Fibreglass reinforcement helps distribute load and reduce stress points
Crack propagation is minimal — any damage remains contained
Lightweight, corrosion-resistant and electrically non-conductive
Low maintenance requirements with an extended service life
Our FRP fencing systems are suitable for use across rail stations and public transit networks throughout New Zealand, delivering long-term durability, safety, and operational reliability in demanding outdoor environments.
Strengthen your rail infrastructure with a fencing solution engineered for New Zealand conditions.
Key Moments
- 0:04 🚉 Train stations encounter challenges from high foot traffic and unexpected impacts that require reliable fencing solutions.
- 0:17 🌪️ Fences protect against debris and unexpected items caused by severe weather, ensuring safety for users.
- 0:32 🛡️ Steel fences deform under stress, which may lead to additional structural issues, unlike FRP fencing.
- 0:47 🧱 FRP fencing is impact-resistant, as fiberglass fibers absorb and distribute impact loads, minimizing crack spread.
- 0:60 ✅ FRP fences are low-maintenance, durable, and have been effectively installed in various Australian rail stations.
Why Choose Treadwell
- Designed for NZ rail, port and municipal environments
- Lightweight installation reduces downtime
- Proven long-term performance in coastal regions
Contact Us Now for a Consultation
*Disclaimer
The information on this page is derived from webinar content and AI-assisted transcription and summarisation. While every effort has been made to ensure accuracy, minor inaccuracies may occur. We recommend viewing the original webinar recording for context.
