Connection technology
![](/assets/0/0/0/0/0/0/1/4/3/1/V-016 Power One System_600x600.png)
Power One System
The Power One system is a connecting device for the force- and form-fit connection of primarily thin precast concrete elements starting with 10 cm thickness. It is able to safely transfer forces in all three directions, parallel and right-angled to the joint as well as tensile forces in rope direction. High design values as also the consideration of fire exposure characterise this connection solution.
![](/assets/0/0/0/0/0/0/0/9/7/1/V-001 Power Duo System_600x600.png)
Power Duo System
The true classic connecting rail system creates a force- and form-fit connection of precast concrete elements starting from a thickness of 12 cm. Forces in three load directions are transferred safely, shear forces parallel and right-angled to the joint as well as tensile forces in rope direction. High design values as also the consideration of fire exposure characterise this connection solution. A wide range of suitable mortar types completes the system.
![](/assets/0/0/0/0/0/0/1/4/3/2/V-017 Power OS_600x600.png)
Power OS
A combination of know-how from the well-known connection systems of the Power series with the requirements of in-situ concrete constructions the Power OS rail stands for. The German approved system for connections between (semi-finished)precast elements/in-situ concrete connections and in-situ or semi-finished elements consists of only one rail. High design values for all three load directions are also available as standard here, and thus enable a wide range of applications. There is no mortar required by using the Power OS rail.
![](/assets/0/0/0/0/0/0/0/9/7/0/V-002 Power Box System_600x600.png)
Power Box System
Small but not a less powerful solution for a force- and form-fit connection of precast concrete elements – the Power Box. With this, shear forces parallel and right-angled to the joint are transferred safely. High design values as also the consideration of fire exposure characterise this connection solution.
![](/assets/0/0/0/0/0/0/0/9/7/2/V-005 Verbindungsschienen_600x600.png)
Connecting rails and loops
Connecting rails are a combination of a galvanized steel sheet profile with regularly arranged wire rope loops which are inserted into the rails tightly and ready for installation. The profiled surface of the rail ensures a good adhesion with the concrete or mortar. In various widths and heights as well as with different number and length of loops the connecting rail is available.
![](/assets/0/0/0/0/0/0/1/5/7/8/V-020 Magnetbefestigung_600x600.png)
Magnetic fastener for connecting rails
The Magnetic fastener for connecting rails is used to attach the rails to the steel formwork, regardless of whether you are producing columns or walls. A correction of the position on the formwork is possible here at any time. There will be no more annoying adhesive residue.
![](/assets/0/0/0/0/0/0/1/7/3/5/Querkraftdornsysteme_600x600.png)
Pakon Shear dowel systems
Just see, how easy a planned transfer of shear forces between reinforced concrete elements can be realized. Simple combinations of a dowel and a sleeve part each cover a wide range of applications and result in highly load-bearing, restraint-free and flexibly displaceable constructions. The ease of installation and mounting completes the systems. Overall, the shear dowel systems meet the highest requirements in regard to cost-effectiveness, quality and safety.
![](/assets/0/0/0/0/0/0/0/9/6/5/V-013 Laschendorn_600x600.png)
Restraint dowel plate
The Restraint dowel plate is used to fix precast concrete elements safely to their position and creates also a constructive connection between.
![](/assets/0/0/0/0/0/0/0/9/7/3/V-006 Verdollungssystem_600x600.png)
Dowelling system
For a simple fixation of two stacked concrete units the dowelling system is used. It consists of a Rebar pocket - available in three sizes - for the upper precast concrete element, a Concrete pocket for the lower element and a suitable rebar to be provided on site. Both, the Rebar pocket and Concrete pocket are simply fixed to the formwork by means of pocket holders during the production of the precast elements.