PCs® Corbel — Hidden Corbel for Supporting Beams

PCs® Corbel is a modular corbel where the cast-in part enables straight mold walls and the bolted bracket offers superior adjustability and high resistances. The PCs® Corbel system enables to achieve maximum floor height and create visually appealing beam-column connections in residential buildings.

PCs® Corbel is used as vertical support for steel beams, composite steel-concrete beams such as Peikko’s DELTABEAM®, reinforced concrete beams and walls. It consists of a corbel plate bolted to a machined steel column plate integrated into the column. The column plate is cast into the column together with the main reinforcement and the corbel plate is attached to the column only after the formwork is removed. The system enables connecting as many beams to the columns as the cross-section allows.

PCs® Corbel is dimensioned so that the positioning of the corbel part relative to the column plate can be adjusted. After the corbel plate is bolted onto the column plate, PCs® Corbel is ready for use without any wedging or welding.

The standard PCs® models are designed to withstand vertical loads of up to 1,500 kN. These resistances are guaranteed when PCs® Corbel supports steel, composite and concrete beams. In addition to vertical resistance, torsion resistance is also guaranteed when PCs® Corbel supports steel and composite beams.

2D and 3D Detailing Components

We have created 2D and 3D detailing components for designers, including several 2D blocks, 3D custom components and connection plugins for different modelling applications. Choose the tools for your design software!

Our modelling tools

Tekla plugins

We have a selection of plugins available for Tekla users.

Peikko libraries in ProdLib services

ProdLib add-ons for AutoCAD and Revit include libraries of Peikko's products to be placed into your designs.

Contact us

Triaskin Dmytro

Triaskin Dmytro


Mob. +65 8809 0173
[email protected]

Martin Rusko

Martin Rusko

Senior Structural Engineer

Mob. +60 11 3667 3089
[email protected]