What is a Fibreglass Ladder?

It is a widely known fact that ladders come in many sizes, styles and main materials. Of the different types of materials that ladders can be made of, fibreglass is one of the most common materials leveraged to make step ladders. 

As its name suggests, fibreglass ladders are made of fibreglass, which is reinforced plastic fibre. Commonly used in industries where electrical hazards are present, the fibreglass ladder is a non-conductive piece of equipment that makes it safe to use around electricity. Beyond their non-conductive properties, the fibreglass ladder is also known for its durability and being lightweight.

Why Use a Fibreglass Step Ladders

Choosing a fibreglass step ladder over other types of ladders comes with many benefits and is proven to be useful in construction-related projects. As a double-sided step ladder that is constructed from fibreglass and further reinforced with plastic, this step ladder doesn’t conduct electricity. Other step ladders, like Bailey’s fibreglass ladders, for example, are made of 7 layers of fibreglass construction, which makes them extremely durable, lightweight, and non-conductive. The material is also non-marking, warmer to the touch, and retains its smooth surface throughout its lifetime. Therefore, it is the recommended choice for electrical or industrial use, as well as for outdoor projects. 

Compared to wood, fibreglass is also more durable and strong. While aluminium ladders are considered durable, they are prone to bending and natural degradation, especially when exposed to external factors such as heat and rain. Fibreglass step ladders, on the other hand, ensure a smooth surface is maintained even after weathering and constantly provide maximum protection for the user. Therefore, they are considered to be the best ladder of choice when you’re working outdoors and when you’re moving from one project to another, as they are not only stronger and more robust but also weigh less than aluminium ones.

Shop for Fibreglass Ladders on Allinton in Singapore

Allinton carries a wide range of products, including a wide selection of RIDGID fibreglass ladders and other types of ladders that can cater to your varying height access requirements. We’re here to help provide you with the essentials when it comes to your collection of tools, and equipment. Contact us for more information about the different products and services we offer.

Frequently Asked Questions About Fibreglass Ladders

1. What are the advantages of using fibreglass ladders?

Fibreglass ladders have many advantages because they are non-conductive, lightweight, durable, and multi-purpose. These features make them safe around electrical equipment, easy to move around, able to withstand harsh environments, and tailored to specific applications, which increases safety and productivity. Fibreglass ladders are also flame-resistant and are unlikely to bend or weaken in the heat.

2. Is a fibreglass ladder safe to use?

Yes, fibreglass ladders are safe to use. One benefit of fibreglass ladders is that they boast non-conductive properties, which means that they do not conduct electricity. Therefore, they make for an excellent choice when a step ladder is required to be in an environment where electrical hazards are present. Fibreglass ladders also tend to be lightweight and sturdy, making them easy to move and use. However, it is crucial to note that just like any other tool, it is important to use the fibreglass ladders in accordance with the manufacturer’s instructions and take the appropriate safety precautions to minimise any risks.

3. How do you assess the quality of a fibreglass ladder?

To assess the quality of a fibreglass ladder, it is important to consider several factors. Check that it meets the relevant safety standards, is made of high-quality materials, has solid construction and fittings, and is rated for the load capacity required. At Allinton, we have fibreglass ladders that meet the OSHA requirements and comply with the code requirements of the American National Standard Institute.

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