Heavy-duty cantilever racking
Where standard solutions aren't enough – we have the heavy solution tailored for you!
OHRA Ireland's heavy duty cantilever racking is built to meet the challenge of storing the most complex and heavy goods. Constructed in the same steel IPE hot rolled steel profile as standard cantilevers, but dimensioned differently, with the individual calculation of load capacities based on your exact situation.
OHRA Ireland manufactures and installs heavy duty cantilever racking for business throughout the country, for use in the steel trade, construction sector, civils supply, stone & quarry merchants, and other industries where heavy material storage is involved.
Why use OHRA Ireland's heavy-duty cantilever racking?
OHRA heavy duty racking is composed of hot-rolled steel profiles and is highly resilient, even considering increasing load demands. With standard arm loads up to 2,500 kg and support loads of up to 10,000 kg, our cantilever racking systems can manage heavy loads with great ease. Whether you want to store pipes, sheet metal, bricks, wooden crates, coils, or heavy-long goods on pallets, our cantilever racking is ideal for numerous types of heavy loads. On top of that, the high-quality guarantee ensures the safety of storing items both indoor and outdoor.
Your benefits of investing in OHRA heavy-duty cantilever storage racks
Simple but fully elaborated cantilever design is offered by OHRA Ireland. Our heavy-duty cantilever racking is used for the storage of long loads and heavy items in virtually all commercial and industrial areas.
- Strong rack frames and cantilevers, which are manufactured from high-strength and durable full-walled hot-rolled IPE steel profiles
- Special design or in a standard option; suitable for almost any type of requirements
- Reliable and stable storage racks, which provide great safety
- High flexibility and adaptability concerning the weight and size of the stored load
- Cantilever suspension system provides fast and flexible adjusting of the storage height
- Complies with all relevant requirements and standards
We recommend taking into consideration floor anchoring designs for heavy duty outdoor racking installations. Increased upright capacity leads to increased force transferred into the floor slab, which requires appropriate anchoring design and floor thickness and quality. OHRA's engineers will consider this in the calculation process for heavy duty outdoor installations.
Trust in our expertise & we will deliver!
For decades, we have been successfully manufacturing and installing storage systems in and across Ireland. This gives us extensive expertise in storage technology. Therefore, relying on us will mean investing in premium quality products, meeting high demands.
If your business relies on storing very heavy materials, and you have any doubts regarding your current racking system specifications, contact us for a consultation. Our engineers will help you understand your options, and if the situation requires, offer you a special heavy duty system.
References
Dricosol
The photovoltaic solutions provider DricoSol now stores its components for solar systems in customised pallet racks from OHRA instead of on the floor or in block storage. Each of the five shelves was individually adapted in terms of height, compartment width and compartment depth to meet DricoSol's requirements and the conditions of the three-storey commercial property. The static design also took into account the location of the building in an earthquake zone. The shelving can also be flexibly adapted to new requirements as needed thanks to suspended shelves in a 100-millimetre grid.
Fries
The family-owned company FRIES, one of Germany's leading wholesalers of wood and flooring, has added a customised storage platform from OHRA to an existing hall at its Kiel site. An additional 270 square metres of usable space at a height of 3.8 metres now enables space-saving storage of bulky insulation materials. A new, spacious work area was created under the platform. This enabled FRIES to significantly optimise its logistics and avoid the construction of a new hall – for greater efficiency and sustainable use of existing resources.
