Understanding the Non-Conductive Nature of Glassfibre Ladders

May 15, 2025

When it comes to working at height in electrical environments, safety is absolutely critical. That’s where glassfibre ladders – often referred to as fibre glass ladders – come into their own. Known for their non-conductive properties, glassfibre ladders have become the trusted choice for electricians, utilities, and facilities maintenance teams across the UK.


However, it's important to recognise that not all glassfibre ladders offer the same level of electrical protection.

Why Glassfibre?

Glassfibre is widely used in ladders because it is an excellent insulator. Unlike aluminium or steel, it doesn’t conduct electricity, significantly reducing the risk of electric shock when working near live sources.


But just because a ladder is made of glassfibre doesn't automatically mean it has been properlydielectric tested or certified for high-voltage environments. Many cheaper glassfibre ladders available in the market are designed for general trade use and are not tested to EN131 Professional standards, sometimes offering only basic non-conductive properties.


What to Watch Out For

While some ladders are simply described as "fibre glass" or "non-conductive," they may not be tested to withstand the voltage exposure required for work near live electricity.


For example:

  • Some imported fibreglass ladders on the market are only tested to low-voltage scenarios.
  • Others may not be formally tested at all, relying purely on the natural insulating properties of the material without independent certification.

For Health & Safety Managers and procurement teams, assuming all fibre glass ladders offer equal protection could expose workers to serious risks.


Always look for dielectric testing certification and EN131 Professional compliance when sourcing ladders for electrical work.

  • Electrician using the GFLCL Glassfibre Professional Combination Ladder to fix electrical wiring while working at height

    GFLCL

    GFLCL Glassfibre Professional Combination Ladder

    Button
  • Maintenance worker climbing the Lyte Professional Combination Ladder in an extension ladder position

    Slide title

    GFLCL Glassfibre Professional Combination Ladder - Extension Position

    Button
  • Maintenance worker climbing the Lyte Professional Combination Ladder in an stairwell

    Slide title

    GFLCL Glassfibre Professional Combination Ladder - Stairwell Position

    Button
  • GFLCL Glassfibre Professional Combination Ladder

    GFLCL

    GFLCL Glassfibre Combination Ladder

    Button
  • GFLCL Glassfibre Professional Combination Ladder rung lock to prevent accidental movement of the three ladder sections

    Slide title

    GFLCL Glassfibre Professional Combination Ladder - Rung Lock

    Button

Setting the Standard: Lyte's Glass Fibre Professional Combination Ladder

At Lyte, we believe safety shouldn’t be left to chance.


Our new Glass Fibre Professional Combination Ladder (GFLCL range) is:

  • Certified to EN131 Professional Standard, ensuring strength, durability, and stability for frequent, intensive use.
  • Independently Dielectric Tested by BSI confirm safe use around live electrical sources.
  • Manufactured in the UK using high-quality, heavy-duty glassfibre to withstand tough site conditions.


Designed specifically with trade professionals in mind, the GFLCL ladder offers certified non-conductive protection, meaning you can be confident your team is using equipment designed for the task.


You can learn more about the GFLCL range here:
 Glassfibre Professional Combination Ladder


Key Takeaways for Buyers and Specifiers

  • Always check for dielectric testing certification.
  • Look for EN131 Professional compliance to ensure strength and durability.
  • Choose reputable UK manufacturers who meet or exceed recognised standards.

When it comes to protecting workers near live electricity, the right ladder isn’t a nice-to-have – it’s a must.


At Lyte, we don’t take shortcuts on safety. You can rely on us to provide the safest access equipment to meet your working at height requirements.


Shows stages of folding handrails from fully open to fully closed
March 30, 2026
Improving safety on site, without compromising transport and storage Working at height often requires a balance between stability, safety and practicality . For many tradespeople and facilities teams, wide step podium ladders with handrails provide the confidence and support needed for longer-duration tasks. However, traditional fixed handrail systems can introduce challenges when it comes to transport, storage and handling . Lyte’s latest update to the MagnaStep Widesteps solves this with the introduction of folding handrails , designed to improve usability without compromising performance. A Smarter Approach to Handrails The new folding handrail system allows the handrails to be: Quickly deployed for use when working at height Folded down neatly when the ladder is not in use This creates a more versatile solution for both on-site safety and off-site practicality . Why Are Folding Handrails Needed? Easier Transport One of the main challenges with fixed handrails is moving ladders between locations, particularly, in vans with limited space or around busy job sites. With folding handrails, the MagnaStep Widesteps can be reduced to a more compact profile , making them easier to: Load and unload Transport in vehicles Carry through tight access points For hire companies and tradespeople alike, this means less time manoeuvring equipment and more time working . More Compact Storage Storage is often overlooked, but it has a real impact on efficiency. Folding handrails allow the ladder to be stored: Flat against walls In tighter storage areas More efficiently within vans or depots For hire fleets, this can help maximise storage capacity and organisation , while for end users it reduces the footprint on site or in workshops. Maintained Safety and Support When in use, the handrails provide the same benefits expected from a professional podium step ladder: Additional support when climbing and descending Improved user confidence at height Provides 360 ° protection with safety gate when working at height This is particularly important for tasks where operatives need to: Maintain balance while handling tools Work at height for longer durations Access elevated positions repeatedly The folding mechanism enhances practicality, without reducing the core safety function of the handrails. Supporting Efficient Working at Height This update builds on the MagnaStep Widestep design, which already focuses on: Greater working height per tread Wide, fully enclosed platform for longer tasks Practical features such as magnetic tool tray Repairable construction for extended product life The addition of folding handrails further improves the balance between safety on the ladder and efficiency off it A Practical Upgrade for Trade and Hire For trade users, the benefit is clear: Easier transport between jobs Less hassle storing equipment Maintained safety when working at height For hire companies: More efficient fleet storage Easier handling for customers A stronger, more practical product offering Discover the MagnaStep Widestep Range The MagnaStep Widesteps continue to evolve based on real user needs, and the addition of folding handrails is a practical enhancement that makes a genuine difference day to day. Explore the range here .
Image comparing a D-Shaped rung ladder and a Square rung ladder
February 26, 2026
Square rungs vs D-shaped rungs: discover the difference for trade use ladders and why rung design matters for comfort, safety and professional performance.
Maintenance worker using the Boxing Ring Tower to access the roof of a portable building
February 2, 2026
Discover a safer way to access flat roofs and elevated workspaces. Learn how controlled access and edge protection reduce risk when working at height.