CONCAVE & CONVEX are two special studs designed for drywall ceilings:
The CONCAVE Stud is conceived for the creation of concave elements such as barrel vaults, arches, cross vaults, domes, rib vaults.
The CONVEX Stud, instead, is ideal for the realisation of outward elements such as waves, and convex cyma moldings. Furthermore, it is optimal for the dressing up of air ducts, cables, beams, corners and columns, in order to improve the acoustic comfort and gain a better aestethic result.
Concave Curving Stud 60×27 mm
Dimensions (height x width x length) 60x27x3000 mm
Thickness 0,6 mm
Cluster 8 pcs
Pallet 192 pcs
Convex Curving Stud 60×27 mm
Dimensions (height x width x length) 60x27x3000 mm
Thickness 0,6 mm
Cluster 8 pcs
Pallet 192 pcs
ADVANTAGES of Concave & Convex Curving Studs
Their structure can create, with great ease curved false ceilings, domes, barrel vaults, rib vaults, waves, cambered ceilings etc.
They maintain the curvature without the need of additional fixing tools or materials
They can easily be bent by hand by just one person.
They reduces the construction time of all the curved structures with a considerable reduction in labour costs
The structures are built with a double metal framework, using orthogonal hooks similar to those normally used for the construction of a flat false ceiling.
The standard accessories 60x27mm for drywall constructions can be used with our Studs, such as orthogonal hooks, linear joints and spring hooks.
For wall to wall connection, just insert the Curving Stud into a COBRA Curving Profile, which has been bent at the appropriate angle.
The CONCAVE & CONVEX CURVING STUDS guarantee perfect stability of the curved framework, and the time necessary is equal to the construction of a normal false ceiling
Due to the particular structure of the CONCAVE & CONVEX CURVING STUDS the screws will always find secure fixing points
Thanks to the stability of the Flexible Studs and the optimal interax of the secondary structure, the plasterboard can perfectly lay on the metal frame, following the curvature of the project
