INDALEX 5.6M-9.9M Industrial Aluminium 130KG Pro Series Extension Ladder - Level Arc

Manufacturer's Overview

The Indalex PROX33 Extension heavy-duty ladder, equipped with the Level-Arc ladder leveler, is engineered for high-performance applications, exhibiting minimal flex. As part of the Pro Series range, it consists of high tensile aluminium alloy and features a three-piece rung joint system that securely attaches the D rung to the side rails. This robust construction ensures it can withstand years of repeated use.

Key Features

• Lifetime Warranty provides peace of mind
• Three-piece rung joint system made from high tensile aluminium guarantees durability and anti-twist properties
• Constructed with high tensile aluminium and the strongest joining techniques, built to last
• Pro Series emphasises both strength and weight efficiency
• Anodised aluminium components enhance corrosion resistance, ensuring long-lasting durability while minimising dirt transfer to finished surfaces, keeping your workspace clean and professional
• Structural grade aluminium maintains high strength while keeping weight low
• Surprisingly lightweight for its size, facilitating easy movement
• Self-aligning feet adapt to slopes with dual inclinations

Level-Arc Ladder Levelling System

The Level-Arc system automatically adjusts when lowering the ladder, allowing you to maintain proper positioning. As the ladder lowers, the arc adjusts until both feet touch the ground, locking into place under the ladder's weight. Large feet, connected by a knuckle joint, conform to various sloping surfaces for optimal stability.

Extension and Safety Features

The ladder's extension mechanism operates from the back, enabling a smooth transition from the top to the bottom section for safer descents. An automatic latching system with 30 cm increments simplifies raising and lowering the upper section. Descending is safer as the extension rises from the back, preventing the need to search for the lower rung blindly. Side-located ropes provide a clear path for ascent and descent, enhancing control during ladder extension and retraction.