QuikDeck® – the suspended access system
QuikDeck facilitates undisturbed operations – when refurbishing bridges and tunnels or repairing railway stations, airports, and power plants. QuikDeck solves major challenges to the construction industry: With our suspended access system, traffic closures are as good as obsolete, since areas above and below the access system are not affected by repair operations.
The multipoint suspended system consists of dynamic chains, joists, connections, plus platforms. Its modules allow flexible structures in almost any size, tailored to the construction that needs refurbishing.
The operating platforms are easy and fast to assemble onsite, on the ground or in the air. The platforms have clean, even surfaces. With a dead load of 30 kg, they can carry loads of up to 360 kg per square meter (load class 6). Thanks to their robust and solid construction, lifting carts, trolleys, and other big machines can move on them. Further asset: The platforms are easy to move.
The plus for productivity
QuikDeck creates an ample workspace. In total, up to seven operating levels can be erected on top of each other, with different trades working in parallel and machines and tools being relocated according to operational progress. As a result, the corrosion protection-work of the bridge can start with QuikDeck’s assembly still going on.
The multi-dimensioned load capacity of the dynamic chains and the platform’s solid surfaces and sides provide maximum safety for the onsite crew.
- Easy assembly, fast erection, clean and even surfaces
- All components can be handled by one person
- Solid and robust construction allows use of lifting carts, trolleys, and other machines
- Fast, parallel operations of different trades possible
- Load capacity of up to 360 kg/m2, load class 6
- Each suspension has a maximum load of up to 4 t
- Minimal or no traffic obstruction, no or short closures
Hünnebeck Deutschland GmbH
Rehhecke 80 | 40885 Ratingen | Tel.: +49 (0)2102-937 1 | Fax: +49 (0)2102 937 37651 | email@example.com