INDALEX 2.6M-4.1M Industrial Aluminium 180KG Pro Series Extension Ladder - Swivel Feet

**Manufacturer’s Description:**

Introducing the Indalex PROX14SF Extension heavy-duty ladder, featuring swivel feet designed for maximum stability and minimal flex, making it ideal for high applications. This premium ladder is part of the Pro Series range, constructed from high tensile aluminium alloy. A three-piece rung joint system securely connects the D rung to the side rails, employing superior joining techniques to ensure durability for years of repeated use.

Equipped with an automatic latch and dual rope system, this ladder allows for effortless and controlled raising and lowering of the upper section.

Key Features:

- Lifetime Warranty.

- Robust three-piece rung joint system made from high tensile aluminium, ensuring exceptional strength and anti-twist properties for longevity.

- Crafted with the strongest joining methods, this ladder exemplifies robustness.

- Indalex Ladders are built to last, with the Pro Series focusing on durability while also considering weight.

- The anodised aluminium components enhance corrosion resistance, promoting extended lifespan and minimising dirt transfer onto finished surfaces, ensuring your work area remains clean and professional.

- Constructed from structural-grade aluminium, this design maintains high strength while keeping weight to a minimum.

- Surprisingly lightweight for its size, this ladder is easy to manoeuvre.

- The swivel feet are optimally designed for level surfaces, featuring a broad foot area for added stability.

- The extension mechanism operates on the back side, facilitating a safe transition from the top to the bottom section during descent.

- With increments of 30 cm, the automatic latching system allows for convenient adjustments of the upper section.

- The design ensures that users can descend safely without the need to blindly search for the lower rung.

- Side-located ropes provide a clear pathway for both ascending and descending, enhancing user control during the extension and retraction of the ladder.