High Performance Anchor FH II CSK

The push-through anchor for fixings with sophisticated design in cracked concrete.

The anchor construction allows for wide-ranging head shapes for fixing points with sophisticated design. The ideal interaction of screw shank and sleeve allows for a high shear load, thus fewer fixing points are required. The international approvals guarantee maximum safety and the best performance. These approvals even cover use in earthquake zones (seismic). The optimized geometry reduces the energy required for installation.

 

         
DOWNLOAD PDF – Approval ETA 07-0025 High Performance Anchor FH II (3,8 MB)
DOWNLOAD PDF – Approval ICC High-performance-anchor-FH-II (0,9 MB)

Description

ADVANTAGES

  • The anchor construction allows for wide-ranging head shapes for fixing points with sophisticated design.
  • The ideal interaction of screw shank and sleeve allows for a high shear load, thus fewer fixing points are required.
  • The international approvals guarantee maximum safety and the best performance. These approvals cover use in earthquake zones (seismic).
  • The optimized geometry reduces the energy required for installation.

FUNCTIONING

  • The FH II is suitable for push-through installation.
  • When applying the torque, the cone is pulled into the expansion sleeve and expands against the drill hole wall.
  • The black plastic ring prevents rotation when tightening the anchor, and acts as a crumple zone to take the torque slippage so that the fixture is pulled onto the anchor base.
  • Available head shapes for flexible design solutions:
    • Countersunk head (type CSK),
    • hexagon head (type S), bolt version with nut and
    • washer (type B) and
    • cap nut (type H)..

APPLICATIONS:

  • Guard rails
  • Staircases
  • Consoles
  • Steel constructions
  • Ladders
  • Cable trays
  • Machines
  • Gates
  • Façades
  • Gratings

APPROVED FOR :

  • Concrete C20/25 to C50/60, cracked
  • Concrete C20/25 to C50/60, noncracked

Also suitable for:

  • Concrete C12/15
  • Natural stone with dense structure