The stress-resistant formwork beam in solid-web design

High-quality, robust, long-lasting – The Doka H20 top N beam is a durable formwork beam in solid-web design with with a three-ply sheet web that can be used in wall and slab formwork systems. The innovative polyurethane beam-end caps reduce damage and guarantee a service life that is up to three times longer.

Please note that there may be delays in delivery due to increased demand and that delivery times may be longer.

Art.-No. 002

The durable formwork beam with a solid-web design

High-quality, robust, long-lasting – The Doka H20 top P beam is a durable formwork beam in solid-web design with a web made of special flat-pressed sheet that can be used in wall and slab formwork systems. The innovative polyurethane beam-end caps reduce damage and guarantee a service life that is up to three times longer.

Please note that there may be delays in delivery due to increased demand and that delivery times may be longer.

Art.-No. 003

Timber formwork beam H20 eco N is a solid-web beam in accordance with EN 13377 with proven end reinforcement in the form of bevelled beam ends and extra plastic rivet in the beam flange.

Please note that delivery bottlenecks may occur due to increased demand and delivery times may be extended as a result.

Art.-No. 004

The tried-and-tested formwork beam in solid-web design

High-quality, hard-wearing, durable – The Doka beam H20 eco P is a dimensionally stable solid wall beam with a web made of special flat-pressed sheet and proven end-reinforcement by bevelling the beam ends and an extra plastic rivet in the beam chord. The beam can be used in wall and slab formwork systems.

Please note that there may be delays in delivery due to increased demand and that delivery times may be longer.

Art.-No. 005

NEW - Doka beam XT20 with extra load capacity!

The Doka beam XT20 impresses with its extra load-bearing capacity. Installed in wall and floor formwork systems, its additional strength means less material consumption. This saves time and reduces costs on the construction site.

Art.-No. 629