
Glass Fibre Double Extension Ladder
Glass Fibre Double Extension Ladder
At a Glance
Material: Glass Fibre (GRP) stiles
Maximum Load: 150 kg
Number of Sections: 2
Rung Type: Round aluminium rungs at 250 mm spacing
Certification: ANSI 14-5 & ESI 13-1 compliant
Auto-Clutch Safety: Self-locking extension mechanism
Feet: Solid moulded rubber feet (top & bottom)
Extra Features: Wall-running wheels, anti-chafe end blocks, stay brackets for added rigidity
Use Type: Heavy duty, trade, electrical and industrial use
Guarantee: 1-Year Guarantee
Full Product Overview
The Glass Fibre Double Extension Ladder is a professional heavy-duty extension ladder engineered for environments where electrical safety, industrial durability and dependable working height are essential. Constructed using non-conductive GRP (Glass Reinforced Plastic) stiles, this ladder is specifically designed for electricians, engineers, telecom installers and industrial maintenance professionals working near live electrical systems.
Its robust double-section extension system delivers working heights up to 8.85 m while maintaining excellent rigidity and stability through reinforced stay brackets and heavy-duty construction. The integrated auto-clutch safety system locks the ladder securely rung by rung during extension, helping prevent uncontrolled movement and improving confidence during use.
Wall-running wheels allow smoother positioning and help reduce surface wear during deployment, while anti-chafe end blocks and solid moulded rubber feet improve durability, grip and long-term reliability across demanding working environments.
Certified to ANSI 14-5 and ESI 13-1 safety standards, this ladder is purpose-built for professional electrical and industrial applications where standard aluminium ladders may not provide sufficient safety protection.
Sizes & Dimensions
| No. of Rungs | Product Code | Stored Height | Max Extended Height | Weight |
|---|---|---|---|---|
| 2 × 9 | GL209 | 2.35 m | 4.05 m | 14 kg |
| 2 × 12 | GL212 | 3.05 m | 5.55 m | 18 kg |
| 2 × 14 | GL214 | 3.55 m | 6.30 m | 22 kg |
| 2 × 16 | GL216 | 4.01 m | 7.55 m | 28 kg |
| 2 × 19 | GL219 | 4.83 m | 8.85 m | 32 kg |
Select your size based on required working height — always ensure you avoid over-reaching.
Key Benefits
Complete electrical safety
Non-conductive GRP stiles help eliminate conductivity risk when working near live electrical systems.
Auto-clutch safety system
Self-locking extension mechanism secures ladder sections rung by rung during deployment.
Enhanced rigidity and stability
Stay brackets improve ladder stiffness and reduce side sway during use.
Smooth wall positioning
Wall-running wheels improve manoeuvrability and reduce wear during setup.
Heavy-duty industrial construction
Built for demanding trade, telecoms, utilities and maintenance environments.
Certified professional performance
ANSI 14-5 and ESI 13-1 compliance provides reassurance for electrical and industrial applications.
Final Verdict
The Glass Fibre Double Extension Ladder is a professional-grade GRP extension ladder designed for demanding electrical, industrial and trade applications where safety and durability are critical.
With non-conductive fibreglass stiles, an integrated auto-clutch locking system, reinforced rigidity features and working heights up to 8.85 m, it provides dependable performance for professionals operating in hazardous or high-risk environments.
Backed by a 1-Year Guarantee, this ladder delivers the safety, reach and build quality required for serious industrial access work.
| Delivery Option | Delivery Time | Price |
|---|---|---|
| Made to Order | Standard Delivery 6 - 8 Weeks | FREE |
| 🔁 30-day returns | 📦 UK Stocked & Despatched | 📍 Tracked delivery included |
Yes — the GRP stiles are non-conductive, making it safe for use in electrical environments when used correctly.
Push-up models are manually extended, while rope-operated versions allow easier raising/lowering of longer or heavier ladders.
Yes — they’re fitted as standard to make positioning easier and reduce wall damage.
Related Products





