RIVERCLACK - A Revolution in standing seam roofing technology
Citadel has tied up with ISCOM, ISCOM is a pioneer in use of aluminium alloys for roofing and cladding.
With Riverclack, designing a flat metal roof couldn’t be simpler. Its unique drainage channel means it can be used on slopes as low as 0.5% after steelwork deflection at the ends of the panels. In fact, Riverclack is fully watertight and the first standing seam metal system that can be completely submerged in water without any risk of leakage to the building.
Countless designs are possible with Riverclack. Convex, concave and “S” curves can all be easily achieved with self-bending or mechanically curved panels formed either in our country or on-site.
Airports, arenas, stadiums, warehouses. Large-scale projects hold no fear for Riverclack. Thanks to its unequalled structural and design performance, Riverclack is up to the most challenging roof rides imaginable.
Fully Waterproof :
Thanks to its unique gasket free drainage joint, the roof system is watertight even when completely submerged in water.
Perforation / Free locking system :
The Riverclack “secret fix” locking system makes no perforations anywhere on the roof surface and allows for free thermal expansion of the panels.
Select metals such as aluminum, copper and stainless steel are used In combination with the roof systems own inherent reliability. All metals are 100% recyclable.
Fully Walkable :
Thanks to the temper of the metals used, it is possible to walk on the panels after installation, without creating any permanent deflection, even after countless heavy footed trips across their surface.
Quick to install :
Installation is quick and easy and there is no need for pre-assembly of the clips.
Cost / Effective :
As a long life, low maintenance system with rapid installation, Riverclack is a cost effective solution for large and small scale projects alike.
Highly Self Bending: With probably the highest self bending capabilities of any structural standing seam system, Riverclack panels can self curvedown to a minimum radius of 25m (0.7mm mill-finish aluminum), thereby removing extra costs of machine curving work.