GFRP vs Traditional Poles
See how our Glass Fiber Reinforced Polymer (GFRP) composite poles outperform traditional materials like steel, concrete, and wood—delivering greater durability, safety, and long-term value.
Corrosion Resistance
Traditional Poles
Steel and concrete poles deteriorate quickly in coastal, industrial, or polluted environments due to rust, moisture, and chemical exposure.
Helipole GFRP Poles
100% corrosion-resistant. Designed to withstand salt air, humidity, chemicals, and pollutants for decades with zero rusting.
Lightweight & Easy Installation
Traditional Poles
Heavy and require cranes or special equipment for transport and installation, increasing labor and costs.
Helipole GFRP Poles
Up to 70% lighter than steel or concrete poles, making transportation and installation faster, cheaper, and safer—no heavy machinery required.
Strength & Wind Resistance
Traditional Poles
Vulnerable to fatigue, cracking, or bending under high wind loads and vibrations.
Helipole GFRP Poles
Engineered for high strength-to-weight ratio and tested to withstand winds of up to 180 km/h, ensuring long-term structural integrity.
Electrical Safety
Traditional Poles
Conductive materials increase risks in case of lightning or electrical faults.
Helipole GFRP Poles
Non-conductive and safe, reducing risks of electrocution and lightning-related hazards.
Low Maintenance & Long Service Life
Traditional Poles
Require frequent painting, coating, or replacements due to rust, cracks, and weathering.
Helipole GFRP Poles
Virtually maintenance-free with a service life of 40+ years, lowering lifecycle costs significantly.
Sustainability & Eco-Friendliness
Traditional Poles
Energy-intensive to manufacture and often require frequent replacements, adding to environmental impact.
Helipole GFRP Poles
Long lifespan, reduced maintenance, and lighter logistics translate to a smaller carbon footprint and eco-friendly infrastructure.
Pharmaceutical Industry
- Corrosion-resistant in coastal & industrial zones
- 70% lighter – easy transport & installation
- Withstands extreme wind loads up to 180 km/h
- Non-conductive for maximum electrical safety
- Maintenance-free for decades
- Eco-friendly and cost-effective over the lifecycle
Upgrade to Smarter
Poles with Helipole
Switch to Helipole composite poles and experience the difference in performance, safety, and sustainability.
Contact us today to request a comparison chart, technical datasheet, or sample.