Understanding the Materials
When choosing a ladder, the material matters as much as the design. The AS/NZS 1892 series sets the benchmark for portable ladder safety and performance in Australia and New Zealand, covering everything from load ratings to slip resistance.- Aluminium — Lightweight, corrosion-resistant, and easy to handle. Ideal for frequent repositioning and transport.
- Fibreglass — Non-conductive, strong, and stable, making it the preferred choice for electrical work and heavy-duty applications.
Weight & Portability
- Aluminium ladders are typically 30–50% lighter than fibreglass, which makes them easier to carry, reposition, and store.
- Fibreglass ladders are heavier, which can add stability in windy conditions but also means more effort to move, especially on larger worksites.
Strength & Lifespan
|
Property |
Aluminium Ladder |
Fiberglass Ladder |
|
Load Capacity |
Meets portable ladder regs in all states |
Meets portable ladder regs in all states |
|
Durability |
Resistant to corrosion and rust |
Resistant to moisture and many chemicals |
|
UV Resistance |
Excellent |
Can degrade with prolonged UV exposure without a protective coating |
|
Expected Lifespan |
10–15 years with proper care |
12–20 years with proper care and UV protection |
|
Impact Resistance |
Can dent under heavy impact |
Can crack if overloaded or dropped |
Electrical Hazard Considerations
- Aluminium conducts electricity — never use it near live wires or power sources.
- Fibreglass is non-conductive when clean and dry, making it the safer choice for electricians and anyone working near electrical hazards.
Maintenance Tips
- Aluminium — Check for dents, bent rails, and loose rivets. Clean off paint or debris that could hide damage.
- Fibreglass — Inspect for cracks, chips, or fibre bloom. Apply a UV protective coating if stored outdoors.
- Store both types in a dry, shaded area to maximise lifespan.
