The GPC Climb-It UK Loading Step is a strong, industrial-grade step platform designed to provide a safe height boost during loading, unloading, maintenance, and routine access tasks.
Built from either painted steel or galvanised steel, it offers long-lasting durability for demanding warehouse and commercial environments. The wide anti-slip tread ensures secure footing, while the compact design makes it easy to position and move when required.
This range is available in multiple tread options, allowing users to select the height they need without compromising stability. The 2, 3, and 4 tread models help accommodate different working heights across various loading bays or workstations. Users can also choose between painted finishes for indoor industrial environments or galvanised versions for enhanced corrosion resistance in outdoor or damp locations, ensuring versatility across a wide range of professional applications.
Safety & Construction Features
The wide, anti-slip stepping surface enhances traction, providing stable footing even in busy or fast-paced environments. Each model is built with industrial-grade materials chosen for long-term durability, ensuring dependable performance under frequent daily use. The stable frame and rigid construction help reduce wobble, making tasks safer when working at slightly elevated heights.
Why You Should Buy
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Boosts Working Height: Provides quick and safe access to racking, vehicles, or work areas.
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Safe and Stable: Anti-slip tread reduces slipping risks during frequent use.
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Durable Build: Manufactured from strong painted or galvanised steel for industrial reliability.
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Portable Design: Compact size makes it easy to move, position, and store.
- Suitable for Professional Use: Ideal for warehouses, workshops, logistics hubs, and maintenance sites.
Overview
The GPC Climb-It UK Loading Step delivers a practical, stable, and durable solution for accessing low-level heights in professional settings. With a choice of tread counts and protective finishes, it provides flexibility for different environments while maintaining safety and long-term reliability.