Description
Double Section Fiberglass Ladder – Non-Conductive and Fire-Resistant for Safe Vertical Access
Orgean designed the Double Section Fiberglass Ladder (FRPDSL Series) for professionals who prioritize electrical safety, durability, and weather resistance. Constructed from Fiberglass Reinforced Plastic (FRP), this ladder provides a safer alternative to traditional metal ladders, especially in environments with electrical hazards. Therefore, it serves perfectly for electrical, industrial, and utility work where safety matters most.
Why Choose the Fiberglass Ladder?
Firstly, FRP ladders do not conduct electricity, making them exceptionally safe for electrical work. Moreover, they resist fire, which suits tasks near heat or flammable materials. In addition, their high corrosion and weather resistance lets them perform reliably in coastal, humid, or chemically exposed environments.
Besides safety, the Double Section Fiberglass Ladder combines strength with light weight, enabling easy transport and handling on the job. Furthermore, it requires minimal maintenance because it won’t rust or need painting, which reduces long-term costs and extends its service life.
Product Features of Double Section Ladder
- The ladder’s double-section straight design locks securely with overlap
- Heavy-duty extruded rungs provide extra strength through double crimping
- Wide, square anti-slip steps ensure stable footing
- Anti-slip rubber shoes offer solid grip on various surfaces
- Rectangle box-type stiles increase ladder rigidity
- Supports a safe working load of up to 150 kg
Technical Specifications
| Code | Steps | Extended Length (mm) | Closed Length (mm) | Length at 75° (mm) | Width (mm) |
|---|---|---|---|---|---|
| FRPDSL7 | 7+7 | 3440 | 2000 | 3330 | 400 |
| FRPDSL10 | 10+10 | 5440 | 3000 | 5250 | 400 |
| FRPDSL13 | 13+13 | 7440 | 4000 | 7180 | 400 |
| FRPDSL17 | 17+17 | 9440 | 5000 | 9120 | 400 |
| FRPDSL21 | 21+21 | 11440 | 6000 | 11440 | 400 |
Applications
You can use the Double Section Fiberglass Ladder in various demanding scenarios. For instance, it suits electrical and utility installations, telecom tower access, and high-voltage maintenance zones. Moreover, it performs well in industrial and factory maintenance, as well as coastal or chemically aggressive sites, where metal ladders typically degrade quickly.
