Specification
| Model | GFCL7 |
|---|---|
| Weight (Kg) | 9.1500 |
| Manufacturer | Lyte |
| Warranty / Guarantee | 1 Year |
| Material | Fibreglass with Aluminium Rungs |
Class
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EN131 (Max Load 150 kg) |
| Class Use | Light Trade - for frequent use |
Max Working Height (metres)
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4.58 m |
| Height Fully Extended (metres) | 4.12 m |
| Closed / Section Height (metres) | 1.96 m |
| Rungs (per section) | 7 Rungs |
| Number of Sections | 3 Sections |
| More Specifications | Max Step Ladder Height: 2.92 m |
Glass Fibre Combination Ladder - 1.96 m
The Glass Fibre Combination Ladder is ideal for anyone in an electrical environment and any trade that requires a stepladder and extension ladder in one lightweight ladder. The combination ladder has aluminium rungs, has a nylon support strap and is tested to EN131 with a permissible load of 150 kg.
Key Benefits of Glass Fibre Ladders
Glass fibre ladders have excellent chemical and corrosion resistance and unmatched impact resistance providing long term durability in demanding environments. They are insulated and non-conductive when in use eliminating electrical and thermal hazards, electronically transparent which means that they will not affect electromagnetic or radio frequencies and slip resistant improving safety and reducing slips and falls. Like other ladders they need little ongoing attention or maintenance, apart from frequent safety inspections, and life cycle costs compare favourably against most ladder types.
Glass fibre ladders have excellent chemical and corrosion resistance and unmatched impact resistance providing long term durability in demanding environments. They are insulated and non-conductive when in use eliminating electrical and thermal hazards, electronically transparent which means that they will not affect electromagnetic or radio frequencies and slip resistant improving safety and reducing slips and falls. Like other ladders they need little ongoing attention or maintenance, apart from frequent safety inspections, and life cycle costs compare favourably against most ladder types.





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