Name: Fischer FHY Hollow-ceiling Anchor Electro Zinc Plated (Per Box)
Brand: Fischer Fixings
SKU: F/FISFHY
Availability: InStock

Description

The fischer hollow-ceiling anchor FHY is an internal threaded anchor made of zinc-plated steel. The FHY is set into the drill hole by hand via the pre-positioned installation, and then driven in with the hammer until it is surface-flush with the building material. When applying the torque, the cone is pulled into the expansion sleeve. This expands in the cavity and in solid building materials it expands against the drill hole wall. The fischer hollow-ceiling anchor FHY is ideal for fixing pipelines, cable trays, and air lines in pre-stressed concrete hollow ceilings in indoor areas.

Advantages

The active principle of the anchor means that the FHY can be used in cavities or in solid materials up to 5 cm from the tensioning wire. This ensures the highest flexibility and user-friendly installation.
The embossed edge prevents the anchor sleeve from slipping in the cavity, thus allowing for trouble-free installation.
The optimised geometry minimises setting energy and allows for use in extremely narrow spaces. This allows for user-friendly installation.
The metric internal thread means that it is possible to use standard screws or threaded rods for the ideal adaptation to suit the intended use.
External report for the usage of the FHY in seismic conditions.

Applications

Pipelines
Cable trays
Ventilation systems
Suspended ceilings
Consoles
Steel constructions
Timber constructions

Building materials

Approved for:

Pre-stressed hollow-core concrete slabs ≥ C45/55

You can find detailed information on building materials in the registration document.

Approvals

ETA-21/0857
DoP No. 0302
IEA 18_046-1, Z-21.1-1711

Functionality

The FHY is suitable for pre-positioned installation.
Position the FHY hollow-ceiling anchor in the drill hole and drive in flush to the surface of the anchor base using the hammer.
The FHY pre-positioned anchor must be able to be supported on the attachment for expansion.
When applying the torque, the cone is pulled into the expansion sleeve and expands it into the cavity or expands it in the solid material against the drill hole wall.