A ladder is an essential tool in every Perth home and workshop, but not all ladders are created equal. Buying the wrong ladder is one of the most common equipment mistakes, and often results in increased safety risks and frequent replacements. Choosing the right ladder requires more than just picking the tallest option; it demands an understanding of load ratings, materials, and the specific requirements of your worksite.
Read on as we break down the key factors to consider when investing in a ladder built for maximum safety and durability.
Load Ratings
Ladders are designed to support a specific weight, and the load capacity of a ladder can be categorised as either Industrial or Domestic. In Western Australia, ladders are governed by AS/NZS 1892, which sets the benchmark for ladder safety.
Domestic
Ladders made for domestic use must have a minimum load rating of 100kg and be labelled for household use. Designed for light, infrequent use around the home, they are perfect for tasks such as changing a lightbulb.
Industrial
Industrial ladders in WA must hold an industrial rating with a minimum load capacity of 120kg, be clearly labelled for industrial use, and comply with AS/NZS 1892. Industrial ladders are built for high-frequency use and rigorous environments.
Material
Aluminium and fibreglass are the most popular choices for ladders, each suited to different tasks based on conductivity, weight, and durability.
Aluminium
Aluminium ladders are the industry standard for general trade use due to their convenience and durability.
Pros:
- Lightweight: Aluminium ladders are easy to carry and maneuver, essential for jobs requiring frequent movement
- Corrosion-resistant: Aluminium is naturally resistant to corrosion, making it ideal for outdoor use
- Affordability: Aluminium is generally more cost-effective
Cons:
- Conductivity: Aluminium is highly conductive and should never be used near electricity lines
- Heat Transfer: Aluminium absorbs heat quickly and can be uncomfortable to work with under the sun
Fibreglass
Fibreglass is a superior choice for specialised trades and heavy industrial applications.
Pros:
- Non-conductive: Fibreglass is non-conductive, making it the safest choice for electrical and utility work
- Weather Resistant: Fibreglass ladders are highly resistant to temperatures and moisture, allowing for outdoor use
- Durability: Fibreglass is generally more rigid, offering better stability
Cons:
- Weight: Fibreglass is typically heavier than aluminium, making it more difficult to transport
- Price: Due to the manufacturing process, fibreglass ladders tend to cost more
Style
Choosing the right style of ladder provides the safety and efficiency needed on the job.
- Step Ladders: A-frame step ladders are classic self-supporting ladders that don’t require a wall for support. Double-sided step ladders also allow for two users to work on the same ladder simultaneously.
- Platform Ladders: Platform ladders provide a large surface to stand on with a safety rail, reducing ladder fatigue and are best suited for long-duration tasks.
- Extension Ladders: Essential for high-access work, extension ladders typically consist of two or three sliding sections that extend to various lengths.
- Multi-purpose Ladders: With high adaptability, multi-purpose ladders can be used as a standard A-frame or clicked open into an extension. These ladders are perfect for moving between different jobs.
Investing in the Right Ladder
A ladder is more than a piece of equipment; it is the foundation of your safety when working at heights. By selecting the right material, load capacity, and style, you are ensuring that your ladder not only complies with Australian standards but is also safe, durable, and reliable for years to come.
At Blyth Enterprises, we offer a wide range of ladders for commercial and household use. Our ladders are all of the highest quality, designed for any job, and built to withstand the demanding conditions of a worksite. Unsure which model fits your needs? Chat with us today, and we’ll help you find the perfect ladder for your job.
