Why Roof Ladders are Essential for Roofing Work

Working at height brings inherent risks, especially on sloped surfaces like roofs. To minimise these risks, it’s vital to use the correct access equipment. For roofing tasks, a dedicated roof ladder, such as Lyte’s market-leading TRL range, offers safety, efficiency, and protection for both the worker and the roof itself.

While it may be tempting to use accessories like ridge hooks to convert a standard extension ladder into a roof ladder, this practice introduces significant hazards. As Chris Loynes, Lyte’s Health & Safety expert, explains: “A roof ladder should be a standalone product specifically designed for roof work. Accessories cannot replicate the safety and functionality of a purpose-built roof ladder.”

Here’s why using the right access equipment matters and how roof ladders provide unmatched safety and reliability.

Roof Ladders are Designed with Safety in Mind

Roof ladders are purpose-built to tackle the unique challenges of working on sloped surfaces. Features like bearer bars, round ridged rungs, and ridge hooks are essential for:

Protecting Roof Tiles: Roof ladders feature bearer bars with rubber or foam-coated stand-offs. These bars create a gap between the roof and the ladder, distributing weight evenly and protecting tiles from damage. Conversion kits for extension ladders lack this feature, which increases the risk of broken tiles.
Ensuring Secure Footing: Roof ladders have round ridged rungs, designed to provide maximum grip on sloped roofs with angles between 25-60 degrees. In contrast, standard extension ladders with square or angled rungs are not designed for this purpose and can compromise footing.
Preventing Ladder Movement: A robust ridge hook is critical for securing the ladder to the roof ridge. Roof ladders include heavy-duty hooks with large rubber-sleeved end bars, ensuring stability and preventing the ladder from slipping.

According to The Ladder Association and HSE, using the right ladder for the task is essential for reducing fall risks and ensuring safe working conditions.

Why Accessories Fall Short

Conversion kits that attach ridge hooks to standard extension ladders may seem like a cost-effective solution, but they introduce serious limitations:

No Weight Distribution: Standard ladders lack bearer bars, putting excessive pressure on roof tiles, leading to potential breakage.
Restricted Footing: Accessories don’t account for the gap between the ladder and the roof, forcing users to rely on narrow toe holds rather than stable footing.
Safety Hazards: Without proper design elements like ridge hooks and angled rungs, converted ladders are prone to slippage and instability.

Choosing the Right Roof Ladder for the Job

Dedicated roof ladders, like Lyte’s TRL Trade Roof Ladders, come in various sizes to suit specific tasks. Here are key features to look for:

Lightweight and Durable Materials: Aluminium roof ladders, such as the TRL range, are lightweight for easy positioning without compromising strength.
Heavy-Duty Ridge Hooks: Look for a large, rubber-coated end bar to secure the ladder safely to the roof.
Size Options: Roof ladders come in different lengths to ensure the perfect fit for various roof designs and angles.

Choosing the right ladder ensures you can complete roofing projects efficiently, safely, and without risking damage to property.

Best Practices for Working Safely at Height

To further reduce risks when working on roofs, follow these best practices, as outlined by HSE and The Ladder Association:

Inspect Your Equipment: Check your roof ladder for any damage or wear before use. Ensure ridge hooks and bearer bars are intact and functioning properly.
Position the Ladder Correctly: Place the roof ladder securely, ensuring the ridge hook is firmly attached and the bearer bars are properly aligned with the roof tiles.
Maintain Three Points of Contact: Always keep two hands and one foot, or two feet and one hand, in contact with the ladder while climbing or working.
Use Fall Protection: For extended work at height, consider using fall arrest systems, as recommended by HSE.

Roof work demands the right tools to ensure safety and efficiency. Dedicated roof ladders, like Lyte’s TRL Trade Roof Ladders, provide features that accessories and conversion kits simply cannot replicate. By investing in purpose-built access equipment, you protect not only yourself but also the property you’re working on.

When it comes to safety at height, shortcuts are never worth the risk. Choose a roof ladder designed for the job and work with confidence.

👉 Explore Lyte’s TRL Trade Roof Ladders here: TRL Trade Roof Ladders

#LadderSafety #WorkAtHeight #RoofLadders #LyteLadders #HSEGuidelines

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The Sustainability of Aluminium Ladders: Recycle for a Greener Future

January 7, 2025

We are ensuring sustainability is at the heart of our operations at Lyte Ladders, and we’re proud to use Recycled Low-Carbon Aluminium 4.0 in the rungs of our ladders and treads of our steps. However, the sustainability benefits of aluminium don’t stop there. Aluminium is one of the most recyclable materials in the world, making ladders made from this versatile metal a smart choice for environmentally conscious businesses and individuals alike. Why Aluminium is a Sustainable Choice Aluminium is often referred to as the “green metal” because of its unique properties: • Infinite Recyclability: Unlike many other materials, aluminium can be recycled indefinitely without losing its strength or durability. This means old aluminium can be reprocessed to create new products, including ladders, with no compromise on quality. • Energy Savings: Recycling aluminium uses 95% less energy than producing it from raw materials. This drastic energy saving translates to a reduction in greenhouse gas emissions. • Circular Economy: Recycling aluminium supports a circular economy where materials are reused, not wasted. This reduces the demand for mining new raw materials, conserving natural resources for future generations. Recycling Aluminium Ladders in the UK The UK is well-equipped to recycle aluminium ladders, with facilities across the country capable of handling this versatile material. Here’s how it works: • Community Recycling Centres: Many local recycling centres accept aluminium items, including ladders. Simply check with your local council for drop-off points in your area. • Scrap Metal Facilities: Specialist scrap yards actively purchase aluminium scrap for recycling. Aluminium ladders can be taken to these facilities, where they’re processed into raw materials for new products. By taking your ladder to the right facility, you can help reduce waste and contribute to a more sustainable recycling process. How to Prepare Aluminium Ladders for Recycling To ensure your ladder is recycled efficiently, some preparation is required. Here’s a quick guide: • Remove Non-Aluminium Components: Any plastic or rubber feet and caps, plus steel bolts should be removed before recycling. These components can often be recycled separately. • Peel Off Labels: Remove adhesive labels, stickers, and any other non-aluminium material that could contaminate the recycling process. • Check with the Facility: If in doubt, check with your chosen recycling centre or scrap yard for specific preparation requirements. Some facilities are equipped to handle minor contaminants. Proper preparation not only ensures the recycling process is smoother but also improves the quality of the recycled aluminium, making it easier to reuse. The Benefits of Recycling Aluminium Ladders Recycling aluminium ladders isn’t just good for the environment — it’s also a win for businesses and individuals alike: • Lower Carbon Footprint: Recycling saves energy and reduces emissions, helping both individuals and organisations meet their sustainability goals. • Cost-Effective: Aluminium’s recyclability helps keep raw material costs down, ensuring sustainable products remain affordable. • Support for the UK Economy: By recycling in the UK, we reduce reliance on imported materials and support local recycling facilities, jobs, and industries. A Commitment to Sustainability at Lyte Ladders From using Recycled Low-Carbon Aluminium 4.0 in our rungs and treads to ensuring our products are repairable, we’re focused on reducing waste and minimising our environmental impact. By choosing aluminium ladders, you’re investing in a product that’s not only built to last but also built to be part of a sustainable future. Join Us in Building a Greener Future By recycling your old ladders and choosing products made from sustainable materials, you can play a vital role in reducing waste and conserving resources. Together, we can make a difference — one ladder at a time. If you’re interested in learning more about our sustainable products, get in touch with the Lyte team today. Let’s take steps toward a greener, more sustainable future.

Understanding UK Ladder Standards

November 20, 2024

At Lyte Ladders & Towers, safety is at the heart of everything we do. We ensure our ladders and towers comply with stringent UK safety standards set by the Health and Safety Executive (HSE) , the Ladder Association , and PASMA .

Carbon Footprints – Real Impact of UK-Made vs. Imported Products

Carbon Footprints – The Real Impact of UK-Made vs. Imported Products

By Lyte Ladders • November 4, 2024

Choosing Lyte Ladders means choosing a lower carbon footprint. Our UK-made products save on the emissions generated by long-distance shipping from the Far East. It’s a win for quality and the environment! Imported ladders typically travel thousands of miles before reaching the UK, generating substantial carbon emissions. In contrast, our ladders are manufactured locally, drastically reducing the emissions associated with transportation. This not only supports our commitment to sustainability but also ensures that our products are of the highest quality and reliability. Let's take a deeper dive into the real environmental impact of these products, looking beyond just transportation emissions. By analysing the broader lifecycle of products — from raw material extraction to disposal — we can fully understand the carbon footprint of imported versus locally manufactured goods.