Why FRP

Better than Steel, GI, Aluminium & Wood

Fiber Reinforced Plastic outperforms traditional materials on corrosion, weight, safety and lifecycle cost — the smart choice for modern industrial infrastructure.

01

Corrosion Proof

Immune to acids, alkalis, salts and moisture — where steel and aluminium fail within years.

02

¼ the Weight of Steel

Lightweight yet high strength-to-weight ratio, cutting install cost and effort dramatically.

03

Non-Conductive

Electrically insulating — safer for cable management, substations and electrical zones.

04

Fire & UV Resistant

Self-extinguishing FR resins and UV-stabilised surfaces withstand harsh outdoor exposure.

05

Zero Maintenance

No painting, galvanising or replacement — decades of service without downtime.

06

Lowest Lifecycle Cost

Lower total cost of ownership vs. steel, GI, aluminium and wood alternatives.

Comparison

FRP vs Steel · GI · Aluminium · Wood

Property FRP Steel GI Aluminium Wood
Corrosion Resistance Excellent Poor Fair Moderate Poor
Weight (vs Steel) ¼ ½
Maintenance Zero High High Moderate High
Electrical Non-Conductive Conductive Conductive Conductive Non-Conductive
Fire Resistance Class 1 FR Yes Yes Melts Combustible
Service Life 25+ Years 5–10 Yrs 7–12 Yrs 10–15 Yrs 3–5 Yrs
Lifecycle Cost Lowest High Moderate High High
The FRP Advantage

Engineered for demanding environments

Corrosion & chemical resistant across a wide pH range
High tensile & flexural strength with dimensional stability
Custom colors and gel-coat finishes for outdoor exposure
Non-magnetic, ideal for sensitive electrical installations
Fast on-site fabrication — cut, drill and bolt like wood
Fully recyclable end of life with negligible carbon leach

Ready to switch to FRP?

Talk to our engineers about replacing steel, GI or aluminium in your next project.

Talk to an Engineer