Since January 1, 2022, PohlCon Vertriebs GmbH, the PUK Group as well as JORDAHL GmbH and H-BAU Technik GmbH have merged into a single company. The absorbing company is the new PohlCon GmbH with headquarters in Berlin. PUK, JORDAHL and H-BAU Technik will continue to exist as strong brands, but not as independent companies. For purchase inquiries, please visit the PohlCon website. Information on products can still be found on the usual brand pages.

Toothed JORDAHL® Anchor channel JXA-PC W

The hot-rolled, toothed JORDAHL® anchor channels, together with the JORDAHL® toothed t-bolts and the JORDAHL® accessories, offer a reliable, form-fit connection also in the longitudinal direction of the channel. They are capable of absorbing static and dynamic loads, tensile, transverse and longitudinal. For safety-related applications or under seismic load, the toothed anchor channels provide a particularly high resistance.


With effective corrosion protection. Available in hot-dip galvanised steel or stainless steel (A4). Standard filling of polyethylene (PE).

Load Groups

Can be delivered in any length up to 6 metres. Static load-bearing capacity up to 27 kN service load (37.8 kN design resistance).


Curved anchor channels, anchor channel pairs. Production of special profiles on request.


  • Fast, efficient and versatile fixing of large loads
  • Increased loadability thanks to a special anchor shape (ribbed anchor)
  • Larger head for reliable grip even for large cracks
  • Additional anchor length for deeper load transfer
  • Ribbed anchor surface for optimum anchoring
  • Simpler compensation of construction tolerances
  • No damage to the structural elements from drilling
  • Reduced construction time through installation using simple handtools
  • Small edge separations possible
  • Simple, individual application possibilities and possible re-use of the fixing
  • Optimised geometry with strengthened channel lips for high tightening torques
  • Approved for installation in structural components with fire protection requirements
  • Planning freedom resulting from universal loadability in all directions