Flush installation of panels with minor tolerances.
For all natural stones class I-IV.
Stress-free fixing enables high loads and use of thin panels.
Sleeve made of stainless steel.
Vantaggi / descrizione del prodotto
The universal undercut anchor made of A4 stainless steel for natural stone.
Advantages
The flush-mounting technology of the undercut anchor allows an easy, economical handling of reveals.
The matching shape of the undercut anchor creates a inter-locking and stress-free fixing in the conical undercuted drill hole.
The fixing is not externally visible, creating a visually appealing façade surface.
Setting the anchor using undercut technology allows the user to select the best structural position in the façade panel. This significantly reduces the bending moment of the panel.
The anchor allows higher failure loads compared to common systems.
The concealed fixing solution for heavy natural stone façade panels using A4 stainless steel undercut anchors with flush installation. These are fixed with a consistent drill hole depth aligned to the back of the panel. This type of fixing technology is used, for instance, with calibrated façade panels or for reveal angle installation.
Applicazioni e Certificazioni
Applications
Exterior façades
Interior façades
Façade reveals
Natural stone heating systems
Building materials
Natural stone (>20mm)
Artificial concrete panels
Maggiori informazioni su materiali di supporto, ecc. sono disponibili nella documentazione tecnica.
Certificazioni
ETA-11/0145
DoP No. 0307
Istruzioni di montaggio
Functionality
The drill hole is drilled with an absolute anchoring depth.
Flush installation of the anchor.
Wet diamond drilling: first cylindrical, then conical - to create the undercut.
Inserting the undercut anchor in the cylindrical-conical undercut hole.
Expanding the undercut anchor by "pressing down" the washer using the setting tools.
European Technical Assessment for fischer-Zykon-panel anchor FZP II - Fastener for the rear fixing of facade panels made of selected natural stones according to EN 1469:2015
