INSTALLATION OF woodfac CLICK and napsu FACADES

Unique and simple plug and play system

All our facade systems are like building with LEGO. They have countless creative combinations, are easy to handle and give a precisely sharp look without visible screws.

The simple handling and easy plug and play installation consists of just three components that are set up in three steps.

The three components - aluminum mounting rail, wood or aluminum frame and fix plates - are designed to accommodate thermal movement with full control over all phases of construction.

Watch the video for a quick intro to installing Click systems and click on the image to read more about the three installation stages.

Illustration showing the click system
Mount
Click here
Fix

Mounting rail is attached to the load-bearing facade with max 400 mm between attachment points.

In case the façade solution cannot be mounted directly on the load-bearing facade of the building, the system solutions include an additional supporting structure.

This construction consists of reinforcement profiles, support brackets, horizontal and vertical support profiles and T-connectors.

The slat is pushed into the click track and the large foot is pushed into the notch.

When the slat base is in the click track, the slat is tilted into place in one single movement - 'click'.

Once the slat is clicked into place, install fix-plates in all cross joints between mounting rail and slat.

The result is durable and completely free of visible screws, resulting in a facade with an elegant finish.

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Mount

The mounting profile is attached to the load-bearing facade with a maximum distance of 400 mm between fixing points.

Click

Slide the lamella into the click slot and push the larger 'foot' into the notch.

When the lamella foot is in the click track, the lamella is tilted into place in one single movement - "Click".

Fix

Once a lamella is clicked into place, fix-plates are installed in all cross joints between the mounting rail and lamella.

Lamella are prepared for thermal movement. The thermal 0-point must be positioned equally on all lamellae.

Should the need arise to extend the facade in the future, it can be done easily and without visible transitions or other construction challenges

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