Professional Lightweight 1.4m Fibreglass Swingback Step Ladder with 8 Treads

Description

Product details

Product information

Introducing our Professional Lightweight 1.4m Fibreglass Swingback Step Ladder featuring 8 sturdy treads, designed for the busy tradesman. This heavy-duty ladder is non-conductive, making it perfect for electrical work and ensuring safety around live wires. Enjoy free delivery to the UK mainland, with additional options available for the Highlands and Islands—just contact us for a quote! Our fibreglass stepladder boasts a multi-functional tool tray and combines super-strong C-section fibreglass stiles with reinforced aluminium treads. This innovative design provides a durable yet lightweight solution, making it easy to handle on the job. **Technical Specifications:** – **Treads:** 8 – **Tread Depth:** 80mm – **Distance Between Treads:** 250mm – **Approx Working Height:** 3017mm – **Closed Height:** 2060mm – **Width:** 550mm – **Open Depth:** 1440mm – **Weight:** 9KG – **Storage Depth:** 160mm – **Standard:** EN131 – **Warranty:** 3 Years **Key Features:** – Non-conductive stiles insulated to 30,000 volts (EN61478) – Integrated multi-function tool tray for convenience – Reinforced 320 x 248mm checker-plate platform for added stability – Comfortable 80mm treads for secure footing – Hinged metal locking stays for optimal stability – Large feet angled for maximum ground contact and reduced slip – Maximum Load Capacity: 150kg – Compliant with EN131 Professional standards Elevate your work safety and efficiency with our top-of-the-line fibreglass step ladder!

• Guarantee – 3 years
• Closed H:2.06m
• Platform H:320mm x W:320mm

Features and benefits

Non-conductive stiles insulated to 30,000 volts (EN61478), ideal for working around electricity

• Non-conductive stiles insulated to 30,000 volts (EN61478), ideal for working around electricity
• Integrated multi-function tool tray
• Reinforced 320 x 248mm checker-plate platform (Platform steps only)
• Hinged metal locking stays provide optimal stability
• Large feet angled to maximise ground contact and reduce slip