The combined use of angular ledgers and angular steel decks allows to adjust the scaffold configuration to tanks and silos.
Customised layout grid
Intermediate ledgers deck to deck, tube to tube and tube to deck increase the possibilities in terms of layout by creating tailored spans, thus ensuring the scaffolding fits the available space and avoids existing infrastructure constraints.
When on-site temporary access is required, scaffold stair towers can quickly and safely be assembled using the standard components of Catari US® and pre assembled aluminium stairway elements.
In specific applications such as walkways over pipe-racks, voids, hollows and wells versatility is a must have. Catari US® portfolio features highly resistant beams and a wide set of accessories that ease the assembly of slung scaffolds while ensuring the scaffolders and end-users safety.
Catari US® craneable profile guarantees its quick repositioning on site.
U profile and O profile
Ledgers, bridging ledgers, lattice beams and console brackets are available in both "U" and "O" profile types, allowing the use of steel-decks with different hook types.
Useful while in industrial contexts, castor wheels grant mobility to the scaffold when needed. With twin breaks, they assure the structure’s safety when this is parked.
Diverse types of beams for particular purposes increase the scaffold load bearing capacity in cantilever and suspended structures. Available in multiple lenghts and heights, both in steel and also in aluminium, for an optimised weight.
Accessing safely in and out the scaffold can be achieved with the use of proper swing doors. Catari US® swing doors feature a self-gathering system to ensure the door is always closed, a tubular frame for increased resistance and a toe board for an optimal safety.
Erecting a scaffold in industrial contexts such as plants, tanks, silos and pipes can be challenging due to on-site constraints. In order to overcome these limitations, Catari's engineering team develops tailor-made solutions which lead to a detailed identification of commissioning quantities, static calculation reports using scaffold structural analysis software and 3D drawings for an improved visualization of the concept.